Ionization energies of the elements (all ion stages)

Source: https://aidb.si/d/ionization-energies — Kramida, A., Ralchenko, Yu., Reader, J., and NIST ASD Team, NIST Atomic Spectra Database (ver. 5.x), National Institute of Standards and Technology, Gaithersburg, MD. https://physics.nist.gov/asd

Spectrum	Atomic number	Element	Ion charge	Ionization	Ionization energy (eV)	Uncertainty (eV)	Value type	Isoelectronic sequence	Ground shells	Ground level	Ionized level	References
H I	1	Hydrogen	0	1	13.598434599702	1.2e-11	theoretical	H	1s	2S<1/2>		HDEL
He I	2	Helium	0	1	24.587389011	2.5e-8	experimental	He	1s2	1S0	1s 2S<1/2>	L17714
He II	2	Helium	1	2	54.4177655282	1e-9	theoretical	H	1s	2S<1/2>		L19200
Li I	3	Lithium	0	1	5.391714996	2.2e-8	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L12261
Li II	3	Lithium	1	2	75.640097	0.0000012	theoretical	He	1s2	1S0	1s 2S<1/2>	L10054
Li III	3	Lithium	2	3	122.45435913	1.1e-7	theoretical	H	1s	2S<1/2>		L19200
Be I	4	Beryllium	0	1	9.322699	0.000007	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L5964
Be II	4	Beryllium	1	2	18.21115	0.00004	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L12158
Be III	4	Beryllium	2	3	153.896205	0.000004	theoretical	He	1s2	1S0	1s 2S<1/2>	L10054
Be IV	4	Beryllium	3	4	217.71858459	1e-7	theoretical	H	1s	2S<1/2>		L19200
B I	5	Boron	0	1	8.298019	0.000003	experimental	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L12312
B II	5	Boron	1	2	25.15483	0.00005	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L12120
B III	5	Boron	2	3	37.93059	0.00007	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L12547
B IV	5	Boron	3	4	259.374379	0.000009	theoretical	He	1s2	1S0	1s 2S<1/2>	L10054
B V	5	Boron	4	5	340.2260225	6e-7	theoretical	H	1s	2S<1/2>		L19200
C I	6	Carbon	0	1	11.260288	0.0000011	experimental	C	1s2.2s2.2p2	3P0	2s2.2p 2P*<1/2>	L20057
C II	6	Carbon	1	2	24.383143	0.000012	experimental	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L22145
C III	6	Carbon	2	3	47.88778	0.00025	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L876c191
C IV	6	Carbon	3	4	64.49352	0.00019	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L11667
C V	6	Carbon	4	5	392.09056	0.00004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
C VI	6	Carbon	5	6	489.99320779	2.2e-7	theoretical	H	1s	2S<1/2>		L19200
N I	7	Nitrogen	0	1	14.53413	0.00004	experimental	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L1411
N II	7	Nitrogen	1	2	29.60125	0.00009	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
N III	7	Nitrogen	2	3	47.4453	0.0025	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
N IV	7	Nitrogen	3	4	77.4735	0.0004	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L7288,L876
N V	7	Nitrogen	4	5	97.8901	0.0004	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L4829
N VI	7	Nitrogen	5	6	552.06741	0.00008	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
N VII	7	Nitrogen	6	7	667.0461377	7e-7	theoretical	H	1s	2S<1/2>		L19200
O I	8	Oxygen	0	1	13.618055	0.000007	experimental	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L74,L3760
O II	8	Oxygen	1	2	35.12112	0.00006	experimental	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11267,L10621
O III	8	Oxygen	2	3	54.93554	0.00012	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
O IV	8	Oxygen	3	4	77.4135	0.00025	experimental	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L648
O V	8	Oxygen	4	5	113.899	0.0005	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L7288
O VI	8	Oxygen	5	6	138.1189	0.0021	semi-empirical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L4713
O VII	8	Oxygen	6	7	739.32697	0.00015	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
O VIII	8	Oxygen	7	8	871.4099138	0.0000012	theoretical	H	1s	2S<1/2>		L19200
F I	9	Fluorine	0	1	17.42282	0.00005	experimental	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L7481,L526
F II	9	Fluorine	1	2	34.97081	0.00012	experimental	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L369
F III	9	Fluorine	2	3	62.70798	0.00025	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
F IV	9	Fluorine	3	4	87.175	0.017	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
F V	9	Fluorine	4	5	114.249	0.006	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
F VI	9	Fluorine	5	6	157.16311	0.00025	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L6491
F VII	9	Fluorine	6	7	185.1868	0.0006	experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L6335
F VIII	9	Fluorine	7	8	953.8983	0.0003	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
F IX	9	Fluorine	8	9	1103.1175302	0.0000019	theoretical	H	1s	2S<1/2>		L19200
Ne I	10	Neon	0	1	21.564541	0.000007	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8826,L1407
Ne II	10	Neon	1	2	40.96297	0.00004	experimental	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L1406
Ne III	10	Neon	2	3	63.4233	0.0003	experimental	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L9091
Ne IV	10	Neon	3	4	97.19	0.0025	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2s2.2p2 3P<0>	L11782
Ne V	10	Neon	4	5	126.247	0.012	experimental	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11744
Ne VI	10	Neon	5	6	157.934	0.005	experimental	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L9340
Ne VII	10	Neon	6	7	207.271	0.012	experimental	Be	1s2.2s2	1S0	2s 2S<1/2>	L9089
Ne VIII	10	Neon	7	8	239.097	0.0019	semi-empirical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L9090
Ne IX	10	Neon	8	9	1195.8082	0.0004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ne X	10	Neon	9	10	1362.199256	0.000004	theoretical	H	1s	2S<1/2>		L19200
Na I	11	Sodium	0	1	5.13907696	2.5e-7	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10921,L9648
Na II	11	Sodium	1	2	47.28636	0.00025	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L914
Na III	11	Sodium	2	3	71.62	0.0012	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L5793,L2720
Na IV	11	Sodium	3	4	98.936	0.012	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Na V	11	Sodium	4	5	138.404	0.012	experimental	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L7482
Na VI	11	Sodium	5	6	172.23	0.05	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Na VII	11	Sodium	6	7	208.504	0.012	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Na VIII	11	Sodium	7	8	264.192	0.022	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Na IX	11	Sodium	8	9	299.856	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Na X	11	Sodium	9	10	1465.0992	0.0007	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Na XI	11	Sodium	10	11	1648.702285	0.000005	theoretical	H	1s	2S<1/2>		L19200
Mg I	12	Magnesium	0	1	7.646236	0.000004	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L10635,L6969
Mg II	12	Magnesium	1	2	15.035271	0.000006	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10635
Mg III	12	Magnesium	2	3	80.1436	0.0006	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L4995,L1434
Mg IV	12	Magnesium	3	4	109.2654	0.0012	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L4995,L2720
Mg V	12	Magnesium	4	5	141.33	0.03	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Mg VI	12	Magnesium	5	6	186.76	0.06	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L10635
Mg VII	12	Magnesium	6	7	225.02	0.06	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Mg VIII	12	Magnesium	7	8	265.924	0.019	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Mg IX	12	Magnesium	8	9	327.99	0.04	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Mg X	12	Magnesium	9	10	367.489	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Mg XI	12	Magnesium	10	11	1761.8049	0.001	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Mg XII	12	Magnesium	11	12	1962.663889	0.000007	theoretical	H	1s	2S<1/2>		L19200
Al I	13	Aluminum	0	1	5.985769	0.000003	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7215,L10321
Al II	13	Aluminum	1	2	18.82855	0.00005	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7215
Al III	13	Aluminum	2	3	28.447642	0.000025	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L4714,L277
Al IV	13	Aluminum	3	4	119.9924	0.0019	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L4714,L2829
Al V	13	Aluminum	4	5	153.8252	0.0025	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L4714,L3565
Al VI	13	Aluminum	5	6	190.49	0.05	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L7215
Al VII	13	Aluminum	6	7	241.76	0.09	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L7215
Al VIII	13	Aluminum	7	8	284.64	0.07	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Al IX	13	Aluminum	8	9	330.21	0.04	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Al X	13	Aluminum	9	10	398.65	0.06	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Al XI	13	Aluminum	10	11	442.005	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Al XII	13	Aluminum	11	12	2085.97693	0.00016	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Al XIII	13	Aluminum	12	13	2304.140359	0.000012	theoretical	H	1s	2S<1/2>		L19200
Si I	14	Silicon	0	1	8.15168	0.00003	experimental	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L5815
Si II	14	Silicon	1	2	16.34585	0.00004	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L5815
Si III	14	Silicon	2	3	33.493	0.00009	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L5815
Si IV	14	Silicon	3	4	45.14179	0.00007	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L5815,L6098
Si V	14	Silicon	4	5	166.767	0.003	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L3934
Si VI	14	Silicon	5	6	205.279	0.005	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	c192
Si VII	14	Silicon	6	7	246.57	0.05	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	c193
Si VIII	14	Silicon	7	8	303.59	0.05	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	c193
Si IX	14	Silicon	8	9	351.28	0.06	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	c193
Si X	14	Silicon	9	10	401.38	0.04	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Si XI	14	Silicon	10	11	476.273	0.019	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	c192
Si XII	14	Silicon	11	12	523.415	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Si XIII	14	Silicon	12	13	2437.65805	0.00017	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Si XIV	14	Silicon	13	14	2673.177958	0.000017	theoretical	H	1s	2S<1/2>		L19200
P I	15	Phosphorus	0	1	10.486686	0.000015	experimental	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L5148
P II	15	Phosphorus	1	2	19.76949	0.00004	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
P III	15	Phosphorus	2	3	30.20264	0.00009	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7147
P IV	15	Phosphorus	3	4	51.44387	0.00012	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7147
P V	15	Phosphorus	4	5	65.02511	0.00012	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L7147,L2613
P VI	15	Phosphorus	5	6	220.43	0.005	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
P VII	15	Phosphorus	6	7	263.57	0.06	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L7147
P VIII	15	Phosphorus	7	8	309.6	0.1	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L7147
P IX	15	Phosphorus	8	9	372.31	0.21	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
P X	15	Phosphorus	9	10	424.4	0.09	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
P XI	15	Phosphorus	10	11	479.44	0.05	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
P XII	15	Phosphorus	11	12	560.62	0.1	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
P XIII	15	Phosphorus	12	13	611.741	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
P XIV	15	Phosphorus	13	14	2816.90868	0.00019	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
P XV	15	Phosphorus	14	15	3069.842145	0.000014	theoretical	H	1s	2S<1/2>		L19200
S I	16	Sulfur	0	1	10.3600167	0.0000014	experimental	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L23116
S II	16	Sulfur	1	2	23.33788	0.00025	experimental	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L7237,L5883
S III	16	Sulfur	2	3	34.86	0.04	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
S IV	16	Sulfur	3	4	47.222	0.012	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7237
S V	16	Sulfur	4	5	72.5945	0.0004	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7237
S VI	16	Sulfur	5	6	88.0529	0.0004	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L7237,L4882
S VII	16	Sulfur	6	7	280.954	0.007	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L9896
S VIII	16	Sulfur	7	8	328.794	0.007	experimental	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11242
S IX	16	Sulfur	8	9	379.84	0.21	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
S X	16	Sulfur	9	10	447.7	0.3	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
S XI	16	Sulfur	10	11	504.55	0.12	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
S XII	16	Sulfur	11	12	564.41	0.05	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
S XIII	16	Sulfur	12	13	651.96	0.12	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
S XIV	16	Sulfur	13	14	706.994	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
S XV	16	Sulfur	14	15	3223.78057	0.0002	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
S XVI	16	Sulfur	15	16	3494.188518	0.000019	theoretical	H	1s	2S<1/2>		L19200
Cl I	17	Chlorine	0	1	12.967633	0.000016	experimental	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L19191
Cl II	17	Chlorine	1	2	23.81364	0.00012	experimental	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L1617
Cl III	17	Chlorine	2	3	39.8	0.11	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Cl IV	17	Chlorine	3	4	53.24	0.12	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Cl V	17	Chlorine	4	5	67.68	0.1	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Cl VI	17	Chlorine	5	6	96.94	0.04	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Cl VII	17	Chlorine	6	7	114.2013	0.0006	experimental	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L6356
Cl VIII	17	Chlorine	7	8	348.306	0.007	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L6972
Cl IX	17	Chlorine	8	9	400.851	0.012	experimental	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L9369
Cl X	17	Chlorine	9	10	456.7	0.4	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Cl XI	17	Chlorine	10	11	530	0.4	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Cl XII	17	Chlorine	11	12	591.58	0.19	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Cl XIII	17	Chlorine	12	13	656.3	0.12	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Cl XIV	17	Chlorine	13	14	750.23	0.19	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Cl XV	17	Chlorine	14	15	809.198	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cl XVI	17	Chlorine	15	16	3658.34366	0.00022	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Cl XVII	17	Chlorine	16	17	3946.29179	0.00007	theoretical	H	1s	2S<1/2>		L19200
Ar I	18	Argon	0	1	15.7596119	5e-7	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L9217
Ar II	18	Argon	1	2	27.62967	0.00012	experimental	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8844
Ar III	18	Argon	2	3	40.735	0.012	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8114
Ar IV	18	Argon	3	4	59.58	0.18	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ar V	18	Argon	4	5	74.84	0.17	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Ar VI	18	Argon	5	6	91.29	0.01	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L12277
Ar VII	18	Argon	6	7	124.41	0.06	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Ar VIII	18	Argon	7	8	143.4567	0.0012	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L4344
Ar IX	18	Argon	8	9	422.6	0.06	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Ar X	18	Argon	9	10	479.76	0.12	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11242c99
Ar XI	18	Argon	10	11	540.4	0.6	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ar XII	18	Argon	11	12	619	0.4	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ar XIII	18	Argon	12	13	685.5	0.3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ar XIV	18	Argon	13	14	755.13	0.22	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ar XV	18	Argon	14	15	855.5	0.3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ar XVI	18	Argon	15	16	918.375	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ar XVII	18	Argon	16	17	4120.66559	0.00022	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ar XVIII	18	Argon	17	18	4426.22407	0.00004	theoretical	H	1s	2S<1/2>		L19200
K I	19	Potassium	0	1	4.34066373	9e-8	experimental	K	[Ar].4s	2S<1/2>	3p6 1S<0>	L5451,L5783,L7185
K II	19	Potassium	1	2	31.625	0.00019	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L12188
K III	19	Potassium	2	3	45.8031	0.0017	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
K IV	19	Potassium	3	4	60.917	0.019	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
K V	19	Potassium	4	5	82.66	0.16	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L241
K VI	19	Potassium	5	6	99.44	0.2	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
K VII	19	Potassium	6	7	117.56	0.11	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
K VIII	19	Potassium	7	8	154.87	0.05	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L12392
K IX	19	Potassium	8	9	175.8174	0.0025	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L4344
K X	19	Potassium	9	10	503.67	0.07	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
K XI	19	Potassium	10	11	565.6	0.7	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
K XII	19	Potassium	11	12	631.1	0.9	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
K XIII	19	Potassium	12	13	714.7	0.5	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
K XIV	19	Potassium	13	14	786.3	0.3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
K XV	19	Potassium	14	15	860.92	0.25	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
K XVI	19	Potassium	15	16	967.7	0.3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
K XVII	19	Potassium	16	17	1034.542	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
K XVIII	19	Potassium	17	18	4610.80714	0.00025	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
K XIX	19	Potassium	18	19	4934.04979	0.00005	theoretical	H	1s	2S<1/2>		L19200
Ca I	20	Calcium	0	1	6.113154921	5e-10	experimental	Ca	[Ar].4s2	1S0	4s 2S<1/2>	L22848
Ca II	20	Calcium	1	2	11.871719	0.000004	experimental	K	[Ar].4s	2S<1/2>	3p6 1S<0>	L7185,L7323
Ca III	20	Calcium	2	3	50.91316	0.00025	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L1405
Ca IV	20	Calcium	3	4	67.2732	0.0021	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ca V	20	Calcium	4	5	84.34	0.08	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ca VI	20	Calcium	5	6	108.78	0.25	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L7185
Ca VII	20	Calcium	6	7	127.21	0.25	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Ca VIII	20	Calcium	7	8	147.24	0.12	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
Ca IX	20	Calcium	8	9	188.54	0.06	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Ca X	20	Calcium	9	10	211.275	0.004	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ca XI	20	Calcium	10	11	591.6	0.12	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Ca XII	20	Calcium	11	12	658.2	0.9	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ca XIII	20	Calcium	12	13	728.6	1.1	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ca XIV	20	Calcium	13	14	817.2	0.6	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ca XV	20	Calcium	14	15	894	0.4	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ca XVI	20	Calcium	15	16	973.7	0.3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ca XVII	20	Calcium	16	17	1086.8	0.4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ca XVIII	20	Calcium	17	18	1157.726	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ca XIX	20	Calcium	18	19	5128.8576	0.0003	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ca XX	20	Calcium	19	20	5469.86358	0.00006	theoretical	H	1s	2S<1/2>		L19200
Sc I	21	Scandium	0	1	6.56149	0.00006	experimental	Sc	[Ar].3d.4s2	2D<3/2>	3d.4s 3D<1>	L7185,L2110
Sc II	21	Scandium	1	2	12.79977	0.00025	experimental	Ca	[Ar].3d.4s	3D<1>	3d 2D<3/2>	L7185,L5141
Sc III	21	Scandium	2	3	24.756839	0.000012	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L1891,L7185
Sc IV	21	Scandium	3	4	73.4894	0.0004	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L7185,L2826
Sc V	21	Scandium	4	5	91.95	0.03	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Sc VI	21	Scandium	5	6	110.68	0.05	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L7185
Sc VII	21	Scandium	6	7	137.99	0.25	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L7185
Sc VIII	21	Scandium	7	8	158.08	0.25	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Sc IX	21	Scandium	8	9	180.03	0.12	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
Sc X	21	Scandium	9	10	225.18	0.05	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Sc XI	21	Scandium	10	11	249.798	0.005	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10106
Sc XII	21	Scandium	11	12	687.36	0.12	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L7185
Sc XIII	21	Scandium	12	13	757.7	1	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Sc XIV	21	Scandium	13	14	833.2	1.4	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Sc XV	21	Scandium	14	15	926.5	0.7	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Sc XVI	21	Scandium	15	16	1008.6	0.4	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Sc XVII	21	Scandium	16	17	1093.5	0.4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Sc XVIII	21	Scandium	17	18	1213.1	0.4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Sc XIX	21	Scandium	18	19	1287.957	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Sc XX	21	Scandium	19	20	5674.9036	0.0004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Sc XXI	21	Scandium	20	21	6033.75643	0.00009	theoretical	H	1s	2S<1/2>		L19200
Ti I	22	Titanium	0	1	6.82812	0.000012	experimental	Ti	[Ar].3d2.4s2	3F<2>	3d2.4s 4F<3/2>	L17996
Ti II	22	Titanium	1	2	13.5755	0.0025	experimental	Sc	[Ar].3d2.4s	4F<3/2>	3d2 3F<2>	L7185,L5432
Ti III	22	Titanium	2	3	27.49171	0.00025	experimental	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L7185,L3593
Ti IV	22	Titanium	3	4	43.26717	0.00019	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185,L2753
Ti V	22	Titanium	4	5	99.299	0.012	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L7185
Ti VI	22	Titanium	5	6	119.533	0.025	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L7185
Ti VII	22	Titanium	6	7	140.68	0.18	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ti VIII	22	Titanium	7	8	170.5	0.4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ti IX	22	Titanium	8	9	192.1	0.4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Ti X	22	Titanium	9	10	215.92	0.12	experimental	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
Ti XI	22	Titanium	10	11	265.07	0.06	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Ti XII	22	Titanium	11	12	291.5	0.005	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ti XIII	22	Titanium	12	13	787.67	0.04	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11691
Ti XIV	22	Titanium	13	14	864	1.2	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ti XV	22	Titanium	14	15	944.5	1.6	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ti XVI	22	Titanium	15	16	1042.5	0.8	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ti XVII	22	Titanium	16	17	1130.2	0.5	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ti XVIII	22	Titanium	17	18	1220.3	0.5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ti XIX	22	Titanium	18	19	1346.3	0.5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ti XX	22	Titanium	19	20	1425.257	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ti XXI	22	Titanium	20	21	6249.0226	0.0007	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ti XXII	22	Titanium	21	22	6625.81023	0.0001	theoretical	H	1s	2S<1/2>		L19200
V I	23	Vanadium	0	1	6.746187	0.000021	experimental	V	[Ar].3d3.4s2	4F<3/2>	3d4 5D<0>	L17712,L20010
V II	23	Vanadium	1	2	14.634	0.007	experimental	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L20009
V III	23	Vanadium	2	3	29.3111	0.0025	experimental	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L7185,L704,L4746
V IV	23	Vanadium	3	4	46.709	0.005	experimental	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L7185,L147
V V	23	Vanadium	4	5	65.28165	0.00017	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L3917,L7185
V VI	23	Vanadium	5	6	128.125	0.025	experimental	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L7185
V VII	23	Vanadium	6	7	150.72	0.13	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
V VIII	23	Vanadium	7	8	173.55	0.21	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
V IX	23	Vanadium	8	9	206	0.4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
V X	23	Vanadium	9	10	230.5	0.5	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
V XI	23	Vanadium	10	11	254.8	0.4	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
V XII	23	Vanadium	11	12	308.5	0.3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
V XIII	23	Vanadium	12	13	336.274	0.006	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
V XIV	23	Vanadium	13	14	896	0.4	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L7185
V XV	23	Vanadium	14	15	977.2	1.3	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
V XVI	23	Vanadium	15	16	1062.9	2	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
V XVII	23	Vanadium	16	17	1165.2	1.1	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
V XVIII	23	Vanadium	17	18	1258.9	0.6	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
V XIX	23	Vanadium	18	19	1354.2	0.5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
V XX	23	Vanadium	19	20	1486.7	0.5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
V XXI	23	Vanadium	20	21	1569.656	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
V XXII	23	Vanadium	21	22	6851.3112	0.0008	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
V XXIII	23	Vanadium	22	23	7246.12624	0.00014	theoretical	H	1s	2S<1/2>		L19200
Cr I	24	Chromium	0	1	6.76651	0.00004	experimental	Cr	[Ar].3d5.4s	7S<3>	3d5 6S<5/2>	L7185,L2832
Cr II	24	Chromium	1	2	16.486305	0.000015	experimental	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L18847
Cr III	24	Chromium	2	3	30.959	0.025	experimental	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L7185,L17500
Cr IV	24	Chromium	3	4	49.16	0.05	semi-empirical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L7185,L5498
Cr V	24	Chromium	4	5	69.46	0.04	semi-empirical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L1933,L7185
Cr VI	24	Chromium	5	6	90.6349	0.0007	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185,L2229
Cr VII	24	Chromium	6	7	160.29	0.06	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Cr VIII	24	Chromium	7	8	184.76	0.15	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Cr IX	24	Chromium	8	9	209.5	0.3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Cr X	24	Chromium	9	10	244.5	0.5	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Cr XI	24	Chromium	10	11	270.8	0.5	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Cr XII	24	Chromium	11	12	296.7	0.6	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Cr XIII	24	Chromium	12	13	354.7	0.3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Cr XIV	24	Chromium	13	14	384.163	0.006	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Cr XV	24	Chromium	14	15	1011.6	0.5	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Cr XVI	24	Chromium	15	16	1097.2	1.4	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Cr XVII	24	Chromium	16	17	1188	2.1	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770c98
Cr XVIII	24	Chromium	17	18	1294.8	1.6	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Cr XIX	24	Chromium	18	19	1394.5	0.7	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Cr XX	24	Chromium	19	20	1495.1	0.7	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Cr XXI	24	Chromium	20	21	1634.1	0.5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Cr XXII	24	Chromium	21	22	1721.183	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cr XXIII	24	Chromium	22	23	7481.8624	0.0012	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Cr XXIV	24	Chromium	23	24	7894.80289	0.00019	theoretical	H	1s	2S<1/2>		L19200
Mn I	25	Manganese	0	1	7.434038	0.0000012	experimental	Mn	[Ar].3d5.4s2	6S<5/2>	3d5.4s 7S<3>	L19057
Mn II	25	Manganese	1	2	15.63999	0.00007	experimental	Cr	[Ar].3d5.4s	7S<3>	3d5 6S<5/2>	L7185,L562
Mn III	25	Manganese	2	3	33.668	0.012	experimental	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L7185,L457
Mn IV	25	Manganese	3	4	51.21	0.12	semi-empirical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L7185,L241
Mn V	25	Manganese	4	5	72.41	0.1	semi-empirical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L7185,L241c99
Mn VI	25	Manganese	5	6	95.604	0.025	experimental	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L7185
Mn VII	25	Manganese	6	7	119.203	0.012	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185,L5223
Mn VIII	25	Manganese	7	8	195.5	0.3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Mn IX	25	Manganese	8	9	221.89	0.17	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Mn X	25	Manganese	9	10	248.6	0.3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Mn XI	25	Manganese	10	11	286.1	0.5	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Mn XII	25	Manganese	11	12	314.4	0.6	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Mn XIII	25	Manganese	12	13	343.6	0.7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
Mn XIV	25	Manganese	13	14	402.95	0.25	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Mn XV	25	Manganese	14	15	435.172	0.007	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Mn XVI	25	Manganese	15	16	1133.7	0.6	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Mn XVII	25	Manganese	16	17	1224.1	1.5	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Mn XVIII	25	Manganese	17	18	1320.3	2.5	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Mn XIX	25	Manganese	18	19	1430.9	2.2	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Mn XX	25	Manganese	19	20	1537.2	0.8	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Mn XXI	25	Manganese	20	21	1643.2	0.7	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Mn XXII	25	Manganese	21	22	1788.7	0.6	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Mn XXIII	25	Manganese	22	23	1879.873	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Mn XXIV	25	Manganese	23	24	8140.7864	0.0014	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Mn XXV	25	Manganese	24	25	8571.95438	0.00022	theoretical	H	1s	2S<1/2>		L19200
Fe I	26	Iron	0	1	7.9024681	0.0000012	experimental	Fe	[Ar].3d6.4s2	5D<4>	3d6.4s 6D<9/2>	L7743c109
Fe II	26	Iron	1	2	16.19921	0.00005	experimental	Mn	[Ar].3d6.4s	6D<9/2>	3d6 5D<4>	L18349
Fe III	26	Iron	2	3	30.651	0.012	experimental	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L7185,L1171
Fe IV	26	Iron	3	4	54.91	0.04	experimental	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L17209
Fe V	26	Iron	4	5	75	0.15	semi-empirical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L7185,L241
Fe VI	26	Iron	5	6	98.985	0.015	experimental	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L17209
Fe VII	26	Iron	6	7	124.9671	0.0025	experimental	Ca	[Ar].3d2	3F<2>	3p6.3d 2D<3/2>	L22066,L5267
Fe VIII	26	Iron	7	8	151.06	0.012	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185
Fe IX	26	Iron	8	9	233.6	0.4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L7185
Fe X	26	Iron	9	10	262.1	0.12	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L7185
Fe XI	26	Iron	10	11	290.9	0.4	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Fe XII	26	Iron	11	12	330.8	0.6	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Fe XIII	26	Iron	12	13	361	0.7	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7185
Fe XIV	26	Iron	13	14	392.2	0.7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L7185
Fe XV	26	Iron	14	15	456.2	0.5	experimental	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L17943
Fe XVI	26	Iron	15	16	489.312	0.014	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Fe XVII	26	Iron	16	17	1262.7	0.7	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Fe XVIII	26	Iron	17	18	1357.8	1.9	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Fe XIX	26	Iron	18	19	1460	3	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Fe XX	26	Iron	19	20	1575.6	0.5	experimental	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L7185
Fe XXI	26	Iron	20	21	1687	1	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Fe XXII	26	Iron	21	22	1798.4	0.8	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Fe XXIII	26	Iron	22	23	1950.4	1.8	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Fe XXIV	26	Iron	23	24	2045.759	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Fe XXV	26	Iron	24	25	8828.1864	0.0012	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Fe XXVI	26	Iron	25	26	9277.6886	0.0003	theoretical	H	1s	2S<1/2>		L19200
Co I	27	Cobalt	0	1	7.88101	0.00012	experimental	Co	[Ar].3d7.4s2	4F<9/2>	3d8 3F<4>	L10545
Co II	27	Cobalt	1	2	17.0844	0.0012	experimental	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L7185,L2115
Co III	27	Cobalt	2	3	33.5	0.06	semi-empirical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L7185,L17500
Co IV	27	Cobalt	3	4	51.27	0.1	semi-empirical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L7185,L241
Co V	27	Cobalt	4	5	79.5	0.2	semi-empirical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L7185,L241
Co VI	27	Cobalt	5	6	102	0.2	semi-empirical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L7185,L241
Co VII	27	Cobalt	6	7	128.9	0.5	semi-empirical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L7185,L241c99
Co VIII	27	Cobalt	7	8	157.8	0.6	semi-empirical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L7185
Co IX	27	Cobalt	8	9	186.14	0.25	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185
Co X	27	Cobalt	9	10	275.4	0.4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L7185
Co XI	27	Cobalt	10	11	305.32	0.23	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Co XII	27	Cobalt	11	12	336.1	0.4	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Co XIII	27	Cobalt	12	13	378.5	0.7	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Co XIV	27	Cobalt	13	14	410	1	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Co XV	27	Cobalt	14	15	441.1	1.4	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Co XVI	27	Cobalt	15	16	511.96	0.06	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Co XVII	27	Cobalt	16	17	546.588	0.015	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770c98
Co XVIII	27	Cobalt	17	18	1397.2	0.5	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L7185
Co XIX	27	Cobalt	18	19	1504.5	1.2	experimental	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L7185
Co XX	27	Cobalt	19	20	1606	4	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Co XXI	27	Cobalt	20	21	1724	3	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Co XXII	27	Cobalt	21	22	1844	1.1	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Co XXIII	27	Cobalt	22	23	1960.8	0.8	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Co XXIV	27	Cobalt	23	24	2119.4	1.9	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Co XXV	27	Cobalt	24	25	2218.876	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Co XXVI	27	Cobalt	25	26	9544.1817	0.001	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Co XXVII	27	Cobalt	26	27	10012.1297	0.0004	theoretical	H	1s	2S<1/2>		L19200
Ni I	28	Nickel	0	1	7.639878	0.000017	experimental	Ni	[Ar].3d8.4s2	3F<4>	3d9 2D<5/2>	L12369
Ni II	28	Nickel	1	2	18.168838	0.000025	experimental	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L7185,L897
Ni III	28	Nickel	2	3	35.187	0.019	experimental	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L11049
Ni IV	28	Nickel	3	4	54.92	0.25	semi-empirical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L7185,L241
Ni V	28	Nickel	4	5	76.06	0.06	semi-empirical	Cr	[Ar].3d6	5D<4>	3d6 6S<5/2>	L7185
Ni VI	28	Nickel	5	6	108	1	semi-empirical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L7185,L241c99
Ni VII	28	Nickel	6	7	132	2	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ni VIII	28	Nickel	7	8	162	2.1	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ni IX	28	Nickel	8	9	193.2	0.5	semi-empirical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L241c99
Ni X	28	Nickel	9	10	224.7	0.5	semi-empirical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L7185,L241c99
Ni XI	28	Nickel	10	11	319.5	0.7	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Ni XII	28	Nickel	11	12	351.6	0.3	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ni XIII	28	Nickel	12	13	384.5	0.5	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ni XIV	28	Nickel	13	14	429.3	0.8	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ni XV	28	Nickel	14	15	462.8	1.1	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Ni XVI	28	Nickel	15	16	495.4	1.7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Ni XVII	28	Nickel	16	17	571.07	0.12	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L7185
Ni XVIII	28	Nickel	17	18	607.02	0.019	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ni XIX	28	Nickel	18	19	1540.1	0.5	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L9858
Ni XX	28	Nickel	19	20	1646	3	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ni XXI	28	Nickel	20	21	1758	4	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ni XXII	28	Nickel	21	22	1880	5	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ni XXIII	28	Nickel	22	23	2008.1	1.3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ni XXIV	28	Nickel	23	24	2130.5	0.9	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ni XXV	28	Nickel	24	25	2295.6	2.1	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ni XXVI	28	Nickel	25	26	2399.259	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ni XXVII	28	Nickel	26	27	10288.8848	0.001	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ni XXVIII	28	Nickel	27	28	10775.3948	0.0004	theoretical	H	1s	2S<1/2>		L19200
Cu I	29	Copper	0	1	7.72638	0.000004	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L14897
Cu II	29	Copper	1	2	20.29239	0.00006	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L869,L19804
Cu III	29	Copper	2	3	36.841	0.012	experimental	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L10559,L2987
Cu IV	29	Copper	3	4	57.38	0.05	semi-empirical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L10559,L5144
Cu V	29	Copper	4	5	79.8	0.7	semi-empirical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L10559,L241
Cu VI	29	Copper	5	6	103	1	semi-empirical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L10559,L241
Cu VII	29	Copper	6	7	139	1.2	semi-empirical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L10559,L241c99
Cu VIII	29	Copper	7	8	166	2.1	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Cu IX	29	Copper	8	9	198	2.2	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Cu X	29	Copper	9	10	232.2	0.5	semi-empirical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L241c99
Cu XI	29	Copper	10	11	265.33	0.25	experimental	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L10559
Cu XII	29	Copper	11	12	367	0.9	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Cu XIII	29	Copper	12	13	401	0.3	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Cu XIV	29	Copper	13	14	436	0.6	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Cu XV	29	Copper	14	15	483.1	0.9	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Cu XVI	29	Copper	15	16	518.7	1.2	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Cu XVII	29	Copper	16	17	552.8	2.1	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Cu XVIII	29	Copper	17	18	632.5	0.6	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Cu XIX	29	Copper	18	19	670.608	0.02	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Cu XX	29	Copper	19	20	1690.5	0.9	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Cu XXI	29	Copper	20	21	1800	3	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Cu XXII	29	Copper	21	22	1918	4	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Cu XXIII	29	Copper	22	23	2044	6	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Cu XXIV	29	Copper	23	24	2179.4	1.5	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Cu XXV	29	Copper	24	25	2307.3	1	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Cu XXVI	29	Copper	25	26	2479.1	2.2	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Cu XXVII	29	Copper	26	27	2586.954	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cu XXVIII	29	Copper	27	28	11062.4309	0.0011	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Cu XXIX	29	Copper	28	29	11567.6237	0.0005	theoretical	H	1s	2S<1/2>		L19200
Zn I	30	Zinc	0	1	9.394197	0.000006	experimental	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L13951
Zn II	30	Zinc	1	2	17.96439	0.00025	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L9171,L640
Zn III	30	Zinc	2	3	39.7233	0.00012	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L9171,L65
Zn IV	30	Zinc	3	4	59.573	0.019	experimental	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L9171,L6389
Zn V	30	Zinc	4	5	82.6	0.9	semi-empirical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L9171,L241
Zn VI	30	Zinc	5	6	108	1	semi-empirical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L9171,L241
Zn VII	30	Zinc	6	7	133.9	1.2	semi-empirical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L9171,L241
Zn VIII	30	Zinc	7	8	173.9	1.7	semi-empirical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L9171,L241c99
Zn IX	30	Zinc	8	9	203	2	semi-empirical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L9171,L241
Zn X	30	Zinc	9	10	238	2.2	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Zn XI	30	Zinc	10	11	274.4	0.5	semi-empirical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L241c99
Zn XII	30	Zinc	11	12	310.8	1	semi-empirical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L9171
Zn XIII	30	Zinc	12	13	417.6	1.2	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Zn XIV	30	Zinc	13	14	453.4	0.3	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Zn XV	30	Zinc	14	15	490.6	0.6	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Zn XVI	30	Zinc	15	16	540	1	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Zn XVII	30	Zinc	16	17	577.8	1.3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Zn XVIII	30	Zinc	17	18	613.3	2.4	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Zn XIX	30	Zinc	18	19	697.5	0.7	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Zn XX	30	Zinc	19	20	737.366	0.021	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Zn XXI	30	Zinc	20	21	1846.8	1	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Zn XXII	30	Zinc	21	22	1961	3	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Zn XXIII	30	Zinc	22	23	2085	5	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Zn XXIV	30	Zinc	23	24	2214	8	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Zn XXV	30	Zinc	24	25	2358	1.6	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Zn XXVI	30	Zinc	25	26	2491.5	1.1	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Zn XXVII	30	Zinc	26	27	2669.9	2.5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Zn XXVIII	30	Zinc	27	28	2781.996	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Zn XXIX	30	Zinc	28	29	11864.9401	0.0014	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Zn XXX	30	Zinc	29	30	12388.9427	0.0006	theoretical	H	1s	2S<1/2>		L19200
Ga I	31	Gallium	0	1	5.999302	0.0000012	experimental	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L5566
Ga II	31	Gallium	1	2	20.51514	0.00012	experimental	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L6473
Ga III	31	Gallium	2	3	30.72576	0.00025	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L6636
Ga IV	31	Gallium	3	4	63.241	0.009	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L12180,L17779
Ga V	31	Gallium	4	5	86.01	0.12	semi-empirical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L12180
Ga VI	31	Gallium	5	6	112.7	1.1	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L12180
Ga VII	31	Gallium	6	7	140.8	1.4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L12180
Ga VIII	31	Gallium	7	8	169.9	1.7	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L12180
Ga IX	31	Gallium	8	9	211	2.2	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Ga X	31	Gallium	9	10	244	2.5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L12180
Ga XI	31	Gallium	10	11	280	2.4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ga XII	31	Gallium	11	12	319	2.5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ga XIII	31	Gallium	12	13	356	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ga XIV	31	Gallium	13	14	471.2	1.4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Ga XV	31	Gallium	14	15	508.8	0.4	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ga XVI	31	Gallium	15	16	548.3	0.7	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ga XVII	31	Gallium	16	17	599.8	1.4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ga XVIII	31	Gallium	17	18	640	1.5	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Ga XIX	31	Gallium	18	19	677	3	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Ga XX	31	Gallium	19	20	765.7	0.9	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Ga XXI	31	Gallium	20	21	807.308	0.025	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ga XXII	31	Gallium	21	22	2010	1.1	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Ga XXIII	31	Gallium	22	23	2129	4	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ga XXIV	31	Gallium	23	24	2258	5	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ga XXV	31	Gallium	24	25	2391	18	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ga XXVI	31	Gallium	25	26	2543.9	2	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ga XXVII	31	Gallium	26	27	2683	1.4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ga XXVIII	31	Gallium	27	28	2868	3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ga XXIX	31	Gallium	28	29	2984.426	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ga XXX	31	Gallium	29	30	12696.5581	0.0016	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ga XXXI	31	Gallium	30	31	13239.5029	0.0007	theoretical	H	1s	2S<1/2>		L19200
Ge I	32	Germanium	0	1	7.899435	0.000012	experimental	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L3935,L12369
Ge II	32	Germanium	1	2	15.93461	0.000025	experimental	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L7213
Ge III	32	Germanium	2	3	34.0576	0.0012	experimental	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L7213,L11268
Ge IV	32	Germanium	3	4	45.7155	0.0012	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L7213,L6924
Ge V	32	Germanium	4	5	90.5	0.019	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L7213,L17779
Ge VI	32	Germanium	5	6	115.9	0.12	semi-empirical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L7213
Ge VII	32	Germanium	6	7	144.9	1.5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L7213
Ge VIII	32	Germanium	7	8	176.4	1.7	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L7213
Ge IX	32	Germanium	8	9	212.5	2.1	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L7213
Ge X	32	Germanium	9	10	252.1	2.2	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Ge XI	32	Germanium	10	11	286	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L7213
Ge XII	32	Germanium	11	12	326	2.5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ge XIII	32	Germanium	12	13	367	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ge XIV	32	Germanium	13	14	407	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ge XV	32	Germanium	14	15	527.9	1.6	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Ge XVI	32	Germanium	15	16	567.3	0.5	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ge XVII	32	Germanium	16	17	609.1	0.8	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ge XVIII	32	Germanium	17	18	662.8	1.9	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ge XIX	32	Germanium	18	19	706.7	1	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L7213
Ge XX	32	Germanium	19	20	744	3	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Ge XXI	32	Germanium	20	21	837.1	1	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Ge XXII	32	Germanium	21	22	880.44	0.03	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ge XXIII	32	Germanium	22	23	2178.2	0.4	experimental	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L9858
Ge XXIV	32	Germanium	23	24	2304	4	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ge XXV	32	Germanium	24	25	2439	5	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Ge XXVI	32	Germanium	25	26	2575	19	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Ge XXVII	32	Germanium	26	27	2737.1	2.3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ge XXVIII	32	Germanium	27	28	2881.9	1.6	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ge XXIX	32	Germanium	28	29	3074	3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ge XXX	32	Germanium	29	30	3194.293	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ge XXXI	32	Germanium	30	31	13557.4218	0.0019	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ge XXXII	32	Germanium	31	32	14119.4457	0.0009	theoretical	H	1s	2S<1/2>		L19200
As I	33	Arsenic	0	1	9.78855	0.00025	experimental	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L1351
As II	33	Arsenic	1	2	18.5892	0.001	experimental	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L820
As III	33	Arsenic	2	3	28.349	0.012	experimental	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L9358
As IV	33	Arsenic	3	4	50.15	0.06	experimental	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L9358
As V	33	Arsenic	4	5	62.77	0.06	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5339
As VI	33	Arsenic	5	6	121.19	0.06	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L11275
As VII	33	Arsenic	6	7	147	2	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
As VIII	33	Arsenic	7	8	180	2.1	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
As IX	33	Arsenic	8	9	213	2.2	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
As X	33	Arsenic	9	10	247	2.2	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
As XI	33	Arsenic	10	11	296	2.4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
As XII	33	Arsenic	11	12	333	2.5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
As XIII	33	Arsenic	12	13	375	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
As XIV	33	Arsenic	13	14	418	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
As XV	33	Arsenic	14	15	460	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
As XVI	33	Arsenic	15	16	587.6	1.9	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
As XVII	33	Arsenic	16	17	628.8	0.6	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
As XVIII	33	Arsenic	17	18	672.9	0.9	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
As XIX	33	Arsenic	18	19	728.9	2.2	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
As XX	33	Arsenic	19	20	774	1.8	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
As XXI	33	Arsenic	20	21	814	4	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
As XXII	33	Arsenic	21	22	911.7	1.1	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
As XXIII	33	Arsenic	22	23	956.79	0.03	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
As XXIV	33	Arsenic	23	24	2356.9	1.4	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
As XXV	33	Arsenic	24	25	2486	4	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
As XXVI	33	Arsenic	25	26	2626	6	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
As XXVII	33	Arsenic	26	27	2766	21	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
As XXVIII	33	Arsenic	27	28	2938	3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
As XXIX	33	Arsenic	28	29	3088.1	1.9	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
As XXX	33	Arsenic	29	30	3287	3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
As XXXI	33	Arsenic	30	31	3411.643	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
As XXXII	33	Arsenic	31	32	14447.6799	0.0025	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
As XXXIII	33	Arsenic	32	33	15028.9251	0.001	theoretical	H	1s	2S<1/2>		L19200
Se I	34	Selenium	0	1	9.752368	0.000006	experimental	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L21645
Se II	34	Selenium	1	2	21.196	0.01	experimental	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L17234c100
Se III	34	Selenium	2	3	31.697	0.019	experimental	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L17867
Se IV	34	Selenium	3	4	42.947	0.003	experimental	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L925
Se V	34	Selenium	4	5	68.3	0.1	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L16139
Se VI	34	Selenium	5	6	81.83	0.03	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L4300
Se VII	34	Selenium	6	7	155.327	0.012	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L6168
Se VIII	34	Selenium	7	8	184	2.1	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Se IX	34	Selenium	8	9	219	2.2	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Se X	34	Selenium	9	10	255	2.2	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Se XI	34	Selenium	10	11	291	2.4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Se XII	34	Selenium	11	12	342.9	2.5	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Se XIII	34	Selenium	12	13	383	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Se XIV	34	Selenium	13	14	426	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Se XV	34	Selenium	14	15	473	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Se XVI	34	Selenium	15	16	517	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Se XVII	34	Selenium	16	17	650.5	2.1	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Se XVIII	34	Selenium	17	18	693.4	0.7	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Se XIX	34	Selenium	18	19	739.8	1.1	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Se XX	34	Selenium	19	20	798	3	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Se XXI	34	Selenium	20	21	845.8	2	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Se XXII	34	Selenium	21	22	887	4	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Se XXIII	34	Selenium	22	23	989.6	1.3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Se XXIV	34	Selenium	23	24	1036.36	0.03	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Se XXV	34	Selenium	24	25	2540.7	1.4	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Se XXVI	34	Selenium	25	26	2674	5	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Se XXVII	34	Selenium	26	27	2820	6	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Se XXVIII	34	Selenium	27	28	2964	22	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Se XXIX	34	Selenium	28	29	3146	3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Se XXX	34	Selenium	29	30	3301.8	2.1	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Se XXXI	34	Selenium	30	31	3507	3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Se XXXII	34	Selenium	31	32	3636.526	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Se XXXIII	34	Selenium	32	33	15367.493	0.003	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Se XXXIV	34	Selenium	33	34	15968.1075	0.0012	theoretical	H	1s	2S<1/2>		L19200
Br I	35	Bromine	0	1	11.81381	0.00006	experimental	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L351,L67
Br II	35	Bromine	1	2	21.591		experimental	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8844
Br III	35	Bromine	2	3	34.871	0.019	experimental	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L19007
Br IV	35	Bromine	3	4	47.782	0.012	experimental	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L18581
Br V	35	Bromine	4	5	59.595	0.025	experimental	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L14906
Br VI	35	Bromine	5	6	87.39	0.025	experimental	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L18281
Br VII	35	Bromine	6	7	103.03	0.19	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Br VIII	35	Bromine	7	8	192.61	0.06	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L6586
Br IX	35	Bromine	8	9	224	2.2	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Br X	35	Bromine	9	10	261	2.2	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Br XI	35	Bromine	10	11	301	2.4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Br XII	35	Bromine	11	12	338	2.5	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Br XIII	35	Bromine	12	13	393	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Br XIV	35	Bromine	13	14	436	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Br XV	35	Bromine	14	15	481	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Br XVI	35	Bromine	15	16	530	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Br XVII	35	Bromine	16	17	577	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Br XVIII	35	Bromine	17	18	716.3	2.3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Br XIX	35	Bromine	18	19	761	0.8	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Br XX	35	Bromine	19	20	809.8	1.2	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Br XXI	35	Bromine	20	21	870	3	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Br XXII	35	Bromine	21	22	920.8	2.2	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Br XXIII	35	Bromine	22	23	963	5	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Br XXIV	35	Bromine	23	24	1070.6	1.4	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Br XXV	35	Bromine	24	25	1119.17	0.04	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Br XXVI	35	Bromine	25	26	2731.4	1.5	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Br XXVII	35	Bromine	26	27	2869	5	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Br XXVIII	35	Bromine	27	28	3021	7	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Br XXIX	35	Bromine	28	29	3169	24	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Br XXX	35	Bromine	29	30	3361	3	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Br XXXI	35	Bromine	30	31	3523.1	2.2	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Br XXXII	35	Bromine	31	32	3735	4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Br XXXIII	35	Bromine	32	33	3868.986	0.007	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Br XXXIV	35	Bromine	33	34	16317.014	0.004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Br XXXV	35	Bromine	34	35	16937.1497	0.0015	theoretical	H	1s	2S<1/2>		L19200
Kr I	36	Krypton	0	1	13.9996055	0.000002	experimental	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L12196
Kr II	36	Krypton	1	2	24.35984	0.00012	experimental	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L7212,L353
Kr III	36	Krypton	2	3	35.838	0.02	experimental	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L15467
Kr IV	36	Krypton	3	4	50.85	0.11	experimental	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L9022c101
Kr V	36	Krypton	4	5	64.69	0.2	semi-empirical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L12196,L16139
Kr VI	36	Krypton	5	6	78.49	0.2	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L12196,L16139
Kr VII	36	Krypton	6	7	109.13	0.05	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L13202
Kr VIII	36	Krypton	7	8	125.802	0.003	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10636
Kr IX	36	Krypton	8	9	233	0.7	semi-empirical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Kr X	36	Krypton	9	10	268	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L7212
Kr XI	36	Krypton	10	11	308	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L7212
Kr XII	36	Krypton	11	12	350	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L7212
Kr XIII	36	Krypton	12	13	391	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L7212
Kr XIV	36	Krypton	13	14	446	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Kr XV	36	Krypton	14	15	492	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L12196
Kr XVI	36	Krypton	15	16	540	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Kr XVII	36	Krypton	16	17	591	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Kr XVIII	36	Krypton	17	18	640	3	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Kr XIX	36	Krypton	18	19	785.316	0.012	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3s2.3p5 2P*<3/2>	L11770
Kr XX	36	Krypton	19	20	831.6	0.9	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3s2.3p4 3P<2>	L11770
Kr XXI	36	Krypton	20	21	882.8	1.3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3s2.3p3 4S*<3/2>	L11770
Kr XXII	36	Krypton	21	22	945	3	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3s2.3p2 3P<0>	L11770
Kr XXIII	36	Krypton	22	23	999	2.4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Kr XXIV	36	Krypton	23	24	1042	5	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Kr XXV	36	Krypton	24	25	1155	1.6	semi-empirical	Mg	[Ne].3s2	1S0	2p6.3s 2S<1/2>	L11770
Kr XXVI	36	Krypton	25	26	1205.23	0.04	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Kr XXVII	36	Krypton	26	27	2928.9	1.7	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Kr XXVIII	36	Krypton	27	28	3072	5	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Kr XXIX	36	Krypton	28	29	3228	7	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Kr XXX	36	Krypton	29	30	3380	30	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Kr XXXI	36	Krypton	30	31	3584	4	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Kr XXXII	36	Krypton	31	32	3752	2.5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Kr XXXIII	36	Krypton	32	33	3971	4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Kr XXXIV	36	Krypton	33	34	4109.083	0.009	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Kr XXXV	36	Krypton	34	35	17296.424	0.004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Kr XXXVI	36	Krypton	35	36	17936.2405	0.0016	theoretical	H	1s	2S<1/2>		L19200
Rb I	37	Rubidium	0	1	4.1771281	0.0000012	experimental	Rb	[Kr].5s	2S<1/2>	4p6 1S<0>	L4740,L5783
Rb II	37	Rubidium	1	2	27.28954	0.00006	experimental	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L2590
Rb III	37	Rubidium	2	3	39.247	0.003	semi-empirical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L4311
Rb IV	37	Rubidium	3	4	52.2	0.25	semi-empirical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L9039,L6470
Rb V	37	Rubidium	4	5	68.44	0.15	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L9039c99
Rb VI	37	Rubidium	5	6	82.9	2	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Rb VII	37	Rubidium	6	7	98.67	0.04	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Rb VIII	37	Rubidium	7	8	132.79	0.25	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L9039,L6976
Rb IX	37	Rubidium	8	9	150.628	0.025	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L6264
Rb X	37	Rubidium	9	10	277.12	0.12	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L3465c99
Rb XI	37	Rubidium	10	11	313.1	2.4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Rb XII	37	Rubidium	11	12	356	2.5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Rb XIII	37	Rubidium	12	13	400	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Rb XIV	37	Rubidium	13	14	443	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Rb XV	37	Rubidium	14	15	502	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Rb XVI	37	Rubidium	15	16	550	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Rb XVII	37	Rubidium	16	17	601	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Rb XVIII	37	Rubidium	17	18	654	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Rb XIX	37	Rubidium	18	19	706	2.2	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L9039
Rb XX	37	Rubidium	19	20	857	3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Rb XXI	37	Rubidium	20	21	905.3	1	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Rb XXII	37	Rubidium	21	22	958.9	1.4	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Rb XXIII	37	Rubidium	22	23	1024	4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Rb XXIV	37	Rubidium	23	24	1080	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Rb XXV	37	Rubidium	24	25	1125	5	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Rb XXVI	37	Rubidium	25	26	1242.5	1.7	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Rb XXVII	37	Rubidium	26	27	1294.57	0.04	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Rb XXVIII	37	Rubidium	27	28	3133.3	1.8	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Rb XXIX	37	Rubidium	28	29	3281	6	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Rb XXX	37	Rubidium	29	30	3443	8	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Rb XXXI	37	Rubidium	30	31	3600	30	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2p2 3P<0>	L11770
Rb XXXII	37	Rubidium	31	32	3815	4	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Rb XXXIII	37	Rubidium	32	33	3988	3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Rb XXXIV	37	Rubidium	33	34	4214	4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Rb XXXV	37	Rubidium	34	35	4356.865	0.01	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Rb XXXVI	37	Rubidium	35	36	18305.886	0.004	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Rb XXXVII	37	Rubidium	36	37	18965.5484	0.002	theoretical	H	1s	2S<1/2>		L19200
Sr I	38	Strontium	0	1	5.69486745	1.2e-7	experimental	Sr	[Kr].5s2	1S0	5s 2S<1/2>	L15350,L5644
Sr II	38	Strontium	1	2	11.0302765	0.0000025	experimental	Rb	[Kr].5s	2S<1/2>	4p6 1S<0>	L13983
Sr III	38	Strontium	2	3	42.88353	0.00019	experimental	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L1771
Sr IV	38	Strontium	3	4	56.28	0.003	semi-empirical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4s2.4p4 3P<2>	L4311
Sr V	38	Strontium	4	5	70.7	0.6	semi-empirical	Se	[Ar].3d10.4s2.4p4	3P<2>	4s2.4p3 4S*<3/2>	L6378
Sr VI	38	Strontium	5	6	88	2	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4s2.4p2 2P<0>	L8672c99
Sr VII	38	Strontium	6	7	104	2	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4s2.4p 2P*<1/2>	L8672c99
Sr VIII	38	Strontium	7	8	121.21	0.06	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Sr IX	38	Strontium	8	9	158.33	0.25	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L6976
Sr X	38	Strontium	9	10	177.3	0.06	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5322
Sr XI	38	Strontium	10	11	324.07	0.15	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L3465c99
Sr XII	38	Strontium	11	12	362	2.5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Sr XIII	38	Strontium	12	13	408	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Sr XIV	38	Strontium	13	14	454	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Sr XV	38	Strontium	14	15	499	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Sr XVI	38	Strontium	15	16	562	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Sr XVII	38	Strontium	16	17	612	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Sr XVIII	38	Strontium	17	18	665	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Sr XIX	38	Strontium	18	19	722	3	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Sr XX	38	Strontium	19	20	774	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Sr XXI	38	Strontium	20	21	932	3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Sr XXII	38	Strontium	21	22	982.1	1.1	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Sr XXIII	38	Strontium	22	23	1038	1.5	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Sr XXIV	38	Strontium	23	24	1105	4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Sr XXV	38	Strontium	24	25	1165	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Sr XXVI	38	Strontium	25	26	1211	6	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Sr XXVII	38	Strontium	26	27	1333.4	1.9	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Sr XXVIII	38	Strontium	27	28	1387.19	0.05	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Sr XXIX	38	Strontium	28	29	3344.7	1.9	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Sr XXX	38	Strontium	29	30	3497	6	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Sr XXXI	38	Strontium	30	31	3664	8	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 4S*<3/2>	L11770
Sr XXXII	38	Strontium	31	32	3830	30	semi-empirical	N	1s2.2s2.2p3	4S*<3/2>	2s2.2p2 3P<0>	L11770
Sr XXXIII	38	Strontium	32	33	4053	4	semi-empirical	C	1s2.2s2.2p2	3P0	2s2.2p 2P*<1/2>	L11770
Sr XXXIV	38	Strontium	33	34	4232	3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Sr XXXV	38	Strontium	34	35	4465	4	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Sr XXXVI	38	Strontium	35	36	4612.397	0.011	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Sr XXXVII	38	Strontium	36	37	19345.59	0.005	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Sr XXXVIII	38	Strontium	37	38	20025.2673	0.0024	theoretical	H	1s	2S<1/2>		L19200
Y I	39	Yttrium	0	1	6.21726	0.0001	experimental	Y	[Kr].4d.5s2	2D<3/2>	5s2 1S<0>	L8844,L2111,L9735
Y II	39	Yttrium	1	2	12.2236	0.0006	experimental	Sr	[Kr].5s2	1S0	4d 2D<3/2>	L10987
Y III	39	Yttrium	2	3	20.52441	0.00012	experimental	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L2592
Y IV	39	Yttrium	3	4	60.6072	0.0025	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4s2.4p5 2P*<3/2>	L5501
Y V	39	Yttrium	4	5	75.35	0.04	experimental	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L19755
Y VI	39	Yttrium	5	6	91.39	0.025	semi-empirical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L6821
Y VII	39	Yttrium	6	7	110.02	0.15	semi-empirical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L5287
Y VIII	39	Yttrium	7	8	128.12	0.12	semi-empirical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L20835
Y IX	39	Yttrium	8	9	145.64	0.04	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Y X	39	Yttrium	9	10	185.7	0.4	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L6976
Y XI	39	Yttrium	10	11	205.814	0.025	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L4899
Y XII	39	Yttrium	11	12	374.04	0.25	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L3465c99
Y XIII	39	Yttrium	12	13	414	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Y XIV	39	Yttrium	13	14	463	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Y XV	39	Yttrium	14	15	512	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Y XVI	39	Yttrium	15	16	559	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Y XVII	39	Yttrium	16	17	624	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Y XVIII	39	Yttrium	17	18	677	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Y XIX	39	Yttrium	18	19	733	3	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Y XX	39	Yttrium	19	20	790	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Y XXI	39	Yttrium	20	21	847	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Y XXII	39	Yttrium	21	22	1010	3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Y XXIII	39	Yttrium	22	23	1061.9	1.2	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Y XXIV	39	Yttrium	23	24	1120.2	1.6	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Y XXV	39	Yttrium	24	25	1190	4	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Y XXVI	39	Yttrium	25	26	1253	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Y XXVII	39	Yttrium	26	27	1300	6	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Y XXVIII	39	Yttrium	27	28	1427.6	2	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Y XXIX	39	Yttrium	28	29	1483.12	0.05	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Y XXX	39	Yttrium	29	30	3562.9	2	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Y XXXI	39	Yttrium	30	31	3720	6	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Y XXXII	39	Yttrium	31	32	3892	8	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Y XXXIII	39	Yttrium	32	33	4060	30	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Y XXXIV	39	Yttrium	33	34	4299	5	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Y XXXV	39	Yttrium	34	35	4484	3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Y XXXVI	39	Yttrium	35	36	4724	5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Y XXXVII	39	Yttrium	36	37	4875.731	0.012	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Y XXXVIII	39	Yttrium	37	38	20415.719	0.006	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Y XXXIX	39	Yttrium	38	39	21115.588	0.003	theoretical	H	1s	2S<1/2>		L19200
Zr I	40	Zirconium	0	1	6.634126	0.000005	experimental	Zr	[Kr].4d2.5s2	3F<2>	4d2.5s 4F<3/2>	L21107
Zr II	40	Zirconium	1	2	13.13		experimental	Y	[Kr].4d2.5s	4F<3/2>	4d2 3F<2>	L272
Zr III	40	Zirconium	2	3	23.17	0.004	semi-empirical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L9267
Zr IV	40	Zirconium	3	4	34.41836	0.00006	experimental	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L11645
Zr V	40	Zirconium	4	5	80.348	0.007	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L4594
Zr VI	40	Zirconium	5	6	96.38	0.04	semi-empirical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L19460
Zr VII	40	Zirconium	6	7	112	2	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Zr VIII	40	Zirconium	7	8	133.7	0.5	semi-empirical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L5287
Zr IX	40	Zirconium	8	9	153	2.2	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Zr X	40	Zirconium	9	10	172.02	0.05	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Zr XI	40	Zirconium	10	11	214.9	0.4	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L6976
Zr XII	40	Zirconium	11	12	236.252	0.025	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L4917
Zr XIII	40	Zirconium	12	13	426	3	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Zr XIV	40	Zirconium	13	14	470	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Zr XV	40	Zirconium	14	15	520	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Zr XVI	40	Zirconium	15	16	573	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Zr XVII	40	Zirconium	16	17	622	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Zr XVIII	40	Zirconium	17	18	690	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Zr XIX	40	Zirconium	18	19	745	3	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Zr XX	40	Zirconium	19	20	803	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Zr XXI	40	Zirconium	20	21	863	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Zr XXII	40	Zirconium	21	22	922	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Zr XXIII	40	Zirconium	22	23	1092	3	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Zr XXIV	40	Zirconium	23	24	1144.7	1.2	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Zr XXV	40	Zirconium	24	25	1205.4	1.7	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Zr XXVI	40	Zirconium	25	26	1277	5	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Zr XXVII	40	Zirconium	26	27	1344	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Zr XXVIII	40	Zirconium	27	28	1392	7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Zr XXIX	40	Zirconium	28	29	1525.1	2.2	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Zr XXX	40	Zirconium	29	30	1582.37	0.05	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Zr XXXI	40	Zirconium	30	31	3788	2.1	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Zr XXXII	40	Zirconium	31	32	3950	7	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Zr XXXIII	40	Zirconium	32	33	4127	9	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Zr XXXIV	40	Zirconium	33	34	4300	30	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Zr XXXV	40	Zirconium	34	35	4553	5	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Zr XXXVI	40	Zirconium	35	36	4744	3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Zr XXXVII	40	Zirconium	36	37	4991	5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Zr XXXVIII	40	Zirconium	37	38	5146.935	0.014	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Zr XXXIX	40	Zirconium	38	39	21516.471	0.006	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Zr XL	40	Zirconium	39	40	22236.712	0.004	theoretical	H	1s	2S<1/2>		L19200
Nb I	41	Niobium	0	1	6.75885	0.00004	experimental	Nb	[Kr].4d4.5s	6D<1/2>	4d4 5D<0>	L6829
Nb II	41	Niobium	1	2	14.32		semi-empirical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L3466
Nb III	41	Niobium	2	3	25.04		semi-empirical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L17276
Nb IV	41	Niobium	3	4	37.611	0.022	experimental	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L12094
Nb V	41	Niobium	4	5	50.5728	0.0025	experimental	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L5437
Nb VI	41	Niobium	5	6	102.069	0.006	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L11271
Nb VII	41	Niobium	6	7	119.1	0.4	experimental	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L2933
Nb VIII	41	Niobium	7	8	136	2.1	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Nb IX	41	Niobium	8	9	159.2	0.7	semi-empirical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L5287
Nb X	41	Niobium	9	10	180	2.2	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Nb XI	41	Niobium	10	11	200.28	0.06	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Nb XII	41	Niobium	11	12	246.1	0.4	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L6976
Nb XIII	41	Niobium	12	13	268.59	0.04	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L4998
Nb XIV	41	Niobium	13	14	482.5	1.5	semi-empirical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Nb XV	41	Niobium	14	15	530	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Nb XVI	41	Niobium	15	16	581	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Nb XVII	41	Niobium	16	17	636	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Nb XVIII	41	Niobium	17	18	688	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Nb XIX	41	Niobium	18	19	758	3	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Nb XX	41	Niobium	19	20	816	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Nb XXI	41	Niobium	20	21	877	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Nb XXII	41	Niobium	21	22	940	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Nb XXIII	41	Niobium	22	23	1000	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Nb XXIV	41	Niobium	23	24	1176	4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Nb XXV	41	Niobium	24	25	1230.6	1.3	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Nb XXVI	41	Niobium	25	26	1293.7	1.8	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Nb XXVII	41	Niobium	26	27	1368	5	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Nb XXVIII	41	Niobium	27	28	1439	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Nb XXIX	41	Niobium	28	29	1488	7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Nb XXX	41	Niobium	29	30	1625.9	2.3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Nb XXXI	41	Niobium	30	31	1684.97	0.05	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Nb XXXII	41	Niobium	31	32	4020.1	2.2	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Nb XXXIII	41	Niobium	32	33	4187	7	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Nb XXXIV	41	Niobium	33	34	4369	9	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Nb XXXV	41	Niobium	34	35	4540	30	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Nb XXXVI	41	Niobium	35	36	4815	5	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Nb XXXVII	41	Niobium	36	37	5011	4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Nb XXXVIII	41	Niobium	37	38	5265	5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Nb XXXIX	41	Niobium	38	39	5426.066	0.015	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Nb XL	41	Niobium	39	40	22648.046	0.007	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Nb XLI	41	Niobium	40	41	23388.85	0.004	theoretical	H	1s	2S<1/2>		L19200
Mo I	42	Molybdenum	0	1	7.09243	0.00004	experimental	Mo	[Kr].4d5.5s	7S<3>	4d5 6S<5/2>	L6829
Mo II	42	Molybdenum	1	2	16.16	0.12	semi-empirical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L10502,L17501
Mo III	42	Molybdenum	2	3	27.13	0.12	semi-empirical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L10502,L17276
Mo IV	42	Molybdenum	3	4	40.33	0.06	semi-empirical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L10804,L10371
Mo V	42	Molybdenum	4	5	54.417	0.019	semi-empirical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L19131
Mo VI	42	Molybdenum	5	6	68.82704	0.00021	experimental	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L15083
Mo VII	42	Molybdenum	6	7	125.638	0.025	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L10359
Mo VIII	42	Molybdenum	7	8	143.6	1	experimental	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L10502,L3646
Mo IX	42	Molybdenum	8	9	164.12	0.09	experimental	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L10502,L4577
Mo X	42	Molybdenum	9	10	186.3	1.2	semi-empirical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L10502,L5287
Mo XI	42	Molybdenum	10	11	209.3	1.2	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L10502
Mo XII	42	Molybdenum	11	12	230.28	0.06	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L10502,L6833
Mo XIII	42	Molybdenum	12	13	279.1	0.5	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L10502,L6976
Mo XIV	42	Molybdenum	13	14	302.6	0.04	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L4593
Mo XV	42	Molybdenum	14	15	544	0.5	semi-empirical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10502
Mo XVI	42	Molybdenum	15	16	591	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Mo XVII	42	Molybdenum	16	17	646	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Mo XVIII	42	Molybdenum	17	18	702	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Mo XIX	42	Molybdenum	18	19	758	3	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Mo XX	42	Molybdenum	19	20	829	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Mo XXI	42	Molybdenum	20	21	890	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Mo XXII	42	Molybdenum	21	22	953	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Mo XXIII	42	Molybdenum	22	23	1019	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Mo XXIV	42	Molybdenum	23	24	1082	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Mo XXV	42	Molybdenum	24	25	1263	4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Mo XXVI	42	Molybdenum	25	26	1319.6	1.4	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Mo XXVII	42	Molybdenum	26	27	1385.1	1.9	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Mo XXVIII	42	Molybdenum	27	28	1462	6	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Mo XXIX	42	Molybdenum	28	29	1537	3	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Mo XXX	42	Molybdenum	29	30	1587	8	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Mo XXXI	42	Molybdenum	30	31	1730.1	2.5	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Mo XXXII	42	Molybdenum	31	32	1790.93	0.06	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Mo XXXIII	42	Molybdenum	32	33	4259	2.4	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Mo XXXIV	42	Molybdenum	33	34	4430	7	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Mo XXXV	42	Molybdenum	34	35	4618	10	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Mo XXXVI	42	Molybdenum	35	36	4800	30	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Mo XXXVII	42	Molybdenum	36	37	5084	6	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Mo XXXVIII	42	Molybdenum	37	38	5287	4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Mo XXXIX	42	Molybdenum	38	39	5548	5	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Mo XL	42	Molybdenum	39	40	5713.194	0.016	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Mo XLI	42	Molybdenum	40	41	23810.653	0.009	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Mo XLII	42	Molybdenum	41	42	24572.213	0.004	theoretical	H	1s	2S<1/2>		L19200
Tc I	43	Technetium	0	1	7.11938	0.00003	experimental	Tc	[Kr].4d5.5s2	6S<5/2>	4d5.5s 7S<3>	L15237
Tc II	43	Technetium	1	2	15.26		semi-empirical	Mo	[Kr].4d5.5s	7S<3>	4d5 6S<5/2>	L3466,L17503
Tc III	43	Technetium	2	3	29.55		semi-empirical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L17276
Tc IV	43	Technetium	3	4	41	1.7	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Tc V	43	Technetium	4	5	57	1.9	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Tc VI	43	Technetium	5	6	72	2	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Tc VII	43	Technetium	6	7	88	2	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Tc VIII	43	Technetium	7	8	150	2.1	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Tc IX	43	Technetium	8	9	169	2.2	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Tc X	43	Technetium	9	10	189.9	2.2	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Tc XI	43	Technetium	10	11	214	2.4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Tc XII	43	Technetium	11	12	239	2.5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Tc XIII	43	Technetium	12	13	262.08	0.12	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Tc XIV	43	Technetium	13	14	311	3	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Tc XV	43	Technetium	14	15	338.55	0.17	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Tc XVI	43	Technetium	15	16	604	3	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Tc XVII	43	Technetium	16	17	655	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Tc XVIII	43	Technetium	17	18	713	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Tc XIX	43	Technetium	18	19	773	3	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Tc XX	43	Technetium	19	20	829	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Tc XXI	43	Technetium	20	21	904	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Tc XXII	43	Technetium	21	22	968	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Tc XXIII	43	Technetium	22	23	1032	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Tc XXIV	43	Technetium	23	24	1102	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Tc XXV	43	Technetium	24	25	1166	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Tc XXVI	43	Technetium	25	26	1354	4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Tc XXVII	43	Technetium	26	27	1411.6	1.5	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Tc XXVIII	43	Technetium	27	28	1479.5	2	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Tc XXIX	43	Technetium	28	29	1559	6	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Tc XXX	43	Technetium	29	30	1638	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Tc XXXI	43	Technetium	30	31	1689	8	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Tc XXXII	43	Technetium	31	32	1838	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Tc XXXIII	43	Technetium	32	33	1900.28	0.06	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Tc XXXIV	43	Technetium	33	34	4505	2.5	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Tc XXXV	43	Technetium	34	35	4681	8	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Tc XXXVI	43	Technetium	35	36	4874	10	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Tc XXXVII	43	Technetium	36	37	5060	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Tc XXXVIII	43	Technetium	37	38	5361	6	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Tc XXXIX	43	Technetium	38	39	5570	4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Tc XL	43	Technetium	39	40	5838	6	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Tc XLI	43	Technetium	40	41	6008.391	0.017	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Tc XLII	43	Technetium	41	42	25004.531	0.01	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Tc XLIII	43	Technetium	42	43	25787.047	0.016	theoretical	H	1s	2S<1/2>		L19200
Ru I	44	Ruthenium	0	1	7.3605	0.00005	experimental	Ru	[Kr].4d7.5s	5F<5>	4d7 4F<9/2>	L10032
Ru II	44	Ruthenium	1	2	16.76	0.06	semi-empirical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L17219
Ru III	44	Ruthenium	2	3	28.47		semi-empirical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L3466,L17276
Ru IV	44	Ruthenium	3	4	45	1.7	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ru V	44	Ruthenium	4	5	59	1.9	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ru VI	44	Ruthenium	5	6	76	2	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ru VII	44	Ruthenium	6	7	93	2	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ru VIII	44	Ruthenium	7	8	110	2.1	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ru IX	44	Ruthenium	8	9	178.41	0.05	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L1798
Ru X	44	Ruthenium	9	10	198	2.2	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ru XI	44	Ruthenium	10	11	219.9	2.4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ru XII	44	Ruthenium	11	12	245	2.5	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ru XIII	44	Ruthenium	12	13	271	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ru XIV	44	Ruthenium	13	14	295.9	0.09	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Ru XV	44	Ruthenium	14	15	348	3	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ru XVI	44	Ruthenium	15	16	376.25	0.1	experimental	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Ru XVII	44	Ruthenium	16	17	670	3	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ru XVIII	44	Ruthenium	17	18	723	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ru XIX	44	Ruthenium	18	19	784	3	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ru XX	44	Ruthenium	19	20	845	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Ru XXI	44	Ruthenium	20	21	905	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Ru XXII	44	Ruthenium	21	22	981	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Ru XXIII	44	Ruthenium	22	23	1048	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ru XXIV	44	Ruthenium	23	24	1115	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ru XXV	44	Ruthenium	24	25	1187	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ru XXVI	44	Ruthenium	25	26	1253	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ru XXVII	44	Ruthenium	26	27	1447	4	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Ru XXVIII	44	Ruthenium	27	28	1506.7	1.6	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ru XXIX	44	Ruthenium	28	29	1577	2.1	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ru XXX	44	Ruthenium	29	30	1659	6	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ru XXXI	44	Ruthenium	30	31	1743	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Ru XXXII	44	Ruthenium	31	32	1794	8	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Ru XXXIII	44	Ruthenium	32	33	1949	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Ru XXXIV	44	Ruthenium	33	34	2013.04	0.06	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ru XXXV	44	Ruthenium	34	35	4758	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Ru XXXVI	44	Ruthenium	35	36	4939	8	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ru XXXVII	44	Ruthenium	36	37	5136	11	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Ru XXXVIII	44	Ruthenium	37	38	5330	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Ru XXXIX	44	Ruthenium	38	39	5647	6	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ru XL	44	Ruthenium	39	40	5861	4	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ru XLI	44	Ruthenium	40	41	6137	6	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ru XLII	44	Ruthenium	41	42	6311.721	0.019	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ru XLIII	44	Ruthenium	42	43	26229.888	0.011	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ru XLIV	44	Ruthenium	43	44	27033.564	0.005	theoretical	H	1s	2S<1/2>		L19200
Rh I	45	Rhodium	0	1	7.4589	0.00005	experimental	Rh	[Kr].4d8.5s	4F<9/2>	4d8 3F<4>	L10032
Rh II	45	Rhodium	1	2	18.08		semi-empirical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L3466
Rh III	45	Rhodium	2	3	31.06		semi-empirical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L3466,L17276
Rh IV	45	Rhodium	3	4	42	1.7	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Rh V	45	Rhodium	4	5	63	1.9	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Rh VI	45	Rhodium	5	6	80	2	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Rh VII	45	Rhodium	6	7	97	2	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Rh VIII	45	Rhodium	7	8	115.1	2.1	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Rh IX	45	Rhodium	8	9	135	2.2	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Rh X	45	Rhodium	9	10	207.51	0.05	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L1798
Rh XI	45	Rhodium	10	11	228	2.4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Rh XII	45	Rhodium	11	12	252.1	2.5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Rh XIII	45	Rhodium	12	13	277	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Rh XIV	45	Rhodium	13	14	306	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Rh XV	45	Rhodium	14	15	331.58	0.14	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Rh XVI	45	Rhodium	15	16	389.3	0.5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L13202
Rh XVII	45	Rhodium	16	17	415.97	0.14	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Rh XVIII	45	Rhodium	17	18	739	3	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Rh XIX	45	Rhodium	18	19	794	3	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Rh XX	45	Rhodium	19	20	857	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Rh XXI	45	Rhodium	20	21	921	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Rh XXII	45	Rhodium	21	22	984	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Rh XXIII	45	Rhodium	22	23	1061	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Rh XXIV	45	Rhodium	23	24	1131	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Rh XXV	45	Rhodium	24	25	1202	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Rh XXVI	45	Rhodium	25	26	1274	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Rh XXVII	45	Rhodium	26	27	1344	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Rh XXVIII	45	Rhodium	27	28	1544	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Rh XXIX	45	Rhodium	28	29	1604.9	1.7	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Rh XXX	45	Rhodium	29	30	1677.6	2.2	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Rh XXXI	45	Rhodium	30	31	1763	7	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Rh XXXII	45	Rhodium	31	32	1851	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Rh XXXIII	45	Rhodium	32	33	1903	9	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Rh XXXIV	45	Rhodium	33	34	2063	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Rh XXXV	45	Rhodium	34	35	2129.22	0.07	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Rh XXXVI	45	Rhodium	35	36	5018	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Rh XXXVII	45	Rhodium	36	37	5203	8	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Rh XXXVIII	45	Rhodium	37	38	5406	11	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Rh XXXIX	45	Rhodium	38	39	5600	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Rh XL	45	Rhodium	39	40	5940	7	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Rh XLI	45	Rhodium	40	41	6161	5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Rh XLII	45	Rhodium	41	42	6444	6	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Rh XLIII	45	Rhodium	42	43	6623.262	0.02	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Rh XLIV	45	Rhodium	43	44	27486.979	0.012	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Rh XLV	45	Rhodium	44	45	28312.031	0.006	theoretical	H	1s	2S<1/2>		L19200
Pd I	46	Palladium	0	1	8.336839	0.00001	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L20363
Pd II	46	Palladium	1	2	19.43	0.12	semi-empirical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L3466,L17501
Pd III	46	Palladium	2	3	32.93		semi-empirical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L17276
Pd IV	46	Palladium	3	4	46	1.7	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pd V	46	Palladium	4	5	61	1.9	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Pd VI	46	Palladium	5	6	84.1	2	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Pd VII	46	Palladium	6	7	101	2	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pd VIII	46	Palladium	7	8	120	2.1	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pd IX	46	Palladium	8	9	141	2.2	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pd X	46	Palladium	9	10	159.9	2.2	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pd XI	46	Palladium	10	11	238.57	0.12	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L1798
Pd XII	46	Palladium	11	12	260	2.5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pd XIII	46	Palladium	12	13	286	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Pd XIV	46	Palladium	13	14	311	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Pd XV	46	Palladium	14	15	342	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pd XVI	46	Palladium	15	16	369.1	0.15	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Pd XVII	46	Palladium	16	17	427	3	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pd XVIII	46	Palladium	17	18	457.5	0.15	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Pd XIX	46	Palladium	18	19	810	3	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pd XX	46	Palladium	19	20	869	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pd XXI	46	Palladium	20	21	933	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pd XXII	46	Palladium	21	22	1000	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Pd XXIII	46	Palladium	22	23	1065	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Pd XXIV	46	Palladium	23	24	1145	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Pd XXV	46	Palladium	24	25	1218	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pd XXVI	46	Palladium	25	26	1290	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pd XXVII	46	Palladium	26	27	1366	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pd XXVIII	46	Palladium	27	28	1438	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pd XXIX	46	Palladium	28	29	1644	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Pd XXX	46	Palladium	29	30	1706.2	1.8	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Pd XXXI	46	Palladium	30	31	1781.3	2.3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Pd XXXII	46	Palladium	31	32	1869	7	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Pd XXXIII	46	Palladium	32	33	1962	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Pd XXXIV	46	Palladium	33	34	2016	9	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Pd XXXV	46	Palladium	34	35	2181	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Pd XXXVI	46	Palladium	35	36	2248.87	0.07	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Pd XXXVII	46	Palladium	36	37	5284	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Pd XXXVIII	46	Palladium	37	38	5475	9	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Pd XXXIX	46	Palladium	38	39	5683	11	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Pd XL	46	Palladium	39	40	5880	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Pd XLI	46	Palladium	40	41	6242	7	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Pd XLII	46	Palladium	41	42	6469	5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Pd XLIII	46	Palladium	42	43	6759	6	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Pd XLIV	46	Palladium	43	44	6943.097	0.022	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pd XLV	46	Palladium	44	45	28776.032	0.014	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pd XLVI	46	Palladium	45	46	29622.678	0.007	theoretical	H	1s	2S<1/2>		L19200
Ag I	47	Silver	0	1	7.576234	0.000025	experimental	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L11835
Ag II	47	Silver	1	2	21.4844	0.0009	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L18362
Ag III	47	Silver	2	3	34.8	0.3	semi-empirical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L17276
Ag IV	47	Silver	3	4	49	1.7	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ag V	47	Silver	4	5	65	1.9	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ag VI	47	Silver	5	6	82	2	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Ag VII	47	Silver	6	7	106	2	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ag VIII	47	Silver	7	8	125	2.1	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ag IX	47	Silver	8	9	145.1	2.2	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ag X	47	Silver	9	10	167	2.2	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ag XI	47	Silver	10	11	188	2.4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ag XII	47	Silver	11	12	271.46	0.12	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L1798
Ag XIII	47	Silver	12	13	294	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ag XIV	47	Silver	13	14	321	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ag XV	47	Silver	14	15	347	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ag XVI	47	Silver	15	16	381	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ag XVII	47	Silver	16	17	408.43	0.16	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Ag XVIII	47	Silver	17	18	469	3	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ag XIX	47	Silver	18	19	500.87	0.16	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Ag XX	47	Silver	19	20	885	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ag XXI	47	Silver	20	21	946	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ag XXII	47	Silver	21	22	1013	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ag XXIII	47	Silver	22	23	1082	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Ag XXIV	47	Silver	23	24	1149	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Ag XXV	47	Silver	24	25	1231	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Ag XXVI	47	Silver	25	26	1308	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ag XXVII	47	Silver	26	27	1382	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ag XXVIII	47	Silver	27	28	1460	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ag XXIX	47	Silver	28	29	1535	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ag XXX	47	Silver	29	30	1747	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Ag XXXI	47	Silver	30	31	1810.5	1.9	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Ag XXXII	47	Silver	31	32	1888	2.4	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Ag XXXIII	47	Silver	32	33	1979	8	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Ag XXXIV	47	Silver	33	34	2077	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Ag XXXV	47	Silver	34	35	2131	10	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Ag XXXVI	47	Silver	35	36	2302	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Ag XXXVII	47	Silver	36	37	2371.99	0.07	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Ag XXXVIII	47	Silver	37	38	5558	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Ag XXXIX	47	Silver	38	39	5753	9	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Ag XL	47	Silver	39	40	5966	12	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Ag XLI	47	Silver	40	41	6170	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Ag XLII	47	Silver	41	42	6551	7	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Ag XLIII	47	Silver	42	43	6785	5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Ag XLIV	47	Silver	43	44	7082	7	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Ag XLV	47	Silver	44	45	7271.298	0.024	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ag XLVI	47	Silver	45	46	30097.314	0.015	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ag XLVII	47	Silver	46	47	30965.78	0.007	theoretical	H	1s	2S<1/2>		L19200
Cd I	48	Cadmium	0	1	8.99382	0.000016	experimental	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L18843
Cd II	48	Cadmium	1	2	16.908313	0.000012	experimental	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L3540
Cd III	48	Cadmium	2	3	37.468	0.006	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
Cd IV	48	Cadmium	3	4	51	1.7	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Cd V	48	Cadmium	4	5	67.9	1.9	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Cd VI	48	Cadmium	5	6	87	2	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Cd VII	48	Cadmium	6	7	105	2	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Cd VIII	48	Cadmium	7	8	130.1	2.1	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Cd IX	48	Cadmium	8	9	150	2.2	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Cd X	48	Cadmium	9	10	173	2.2	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Cd XI	48	Cadmium	10	11	195	2.4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Cd XII	48	Cadmium	11	12	218	2.5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Cd XIII	48	Cadmium	12	13	305	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Cd XIV	48	Cadmium	13	14	329	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Cd XV	48	Cadmium	14	15	358	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Cd XVI	48	Cadmium	15	16	385	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Cd XVII	48	Cadmium	16	17	421	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Cd XVIII	48	Cadmium	17	18	452.6	0.3	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
Cd XIX	48	Cadmium	18	19	513	3	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Cd XX	48	Cadmium	19	20	546.19	0.17	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Cd XXI	48	Cadmium	20	21	963	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Cd XXII	48	Cadmium	21	22	1026	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Cd XXIII	48	Cadmium	22	23	1095	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Cd XXIV	48	Cadmium	23	24	1167	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Cd XXV	48	Cadmium	24	25	1237	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Cd XXVI	48	Cadmium	25	26	1320	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Cd XXVII	48	Cadmium	26	27	1401	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Cd XXVIII	48	Cadmium	27	28	1477	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Cd XXIX	48	Cadmium	28	29	1558	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Cd XXX	48	Cadmium	29	30	1635	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Cd XXXI	48	Cadmium	30	31	1852	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Cd XXXII	48	Cadmium	31	32	1917.9	2	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Cd XXXIII	48	Cadmium	32	33	1998	3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Cd XXXIV	48	Cadmium	33	34	2091	8	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Cd XXXV	48	Cadmium	34	35	2195	4	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Cd XXXVI	48	Cadmium	35	36	2250	10	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Cd XXXVII	48	Cadmium	36	37	2427	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Cd XXXVIII	48	Cadmium	37	38	2498.62	0.08	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Cd XXXIX	48	Cadmium	38	39	5839	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Cd XL	48	Cadmium	39	40	6039	9	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Cd XLI	48	Cadmium	40	41	6257	12	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Cd XLII	48	Cadmium	41	42	6460	40	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Cd XLIII	48	Cadmium	42	43	6869	8	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Cd XLIV	48	Cadmium	43	44	7109	5	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
Cd XLV	48	Cadmium	44	45	7414	7	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Cd XLVI	48	Cadmium	45	46	7607.95	0.03	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cd XLVII	48	Cadmium	46	47	31451.07	0.017	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Cd XLVIII	48	Cadmium	47	48	32341.587	0.009	theoretical	H	1s	2S<1/2>		L19200
In I	49	Indium	0	1	5.7863558	5e-7	experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L21649
In II	49	Indium	1	2	18.87041	0.00003	experimental	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L18318
In III	49	Indium	2	3	28.04415	0.00012	experimental	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L4327
In IV	49	Indium	3	4	55.45	0.04	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
In V	49	Indium	4	5	69.3	1.2	semi-empirical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L4316c99
In VI	49	Indium	5	6	90	2	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
In VII	49	Indium	6	7	109	2	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
In VIII	49	Indium	7	8	130.1	2.1	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
In IX	49	Indium	8	9	156	2.2	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
In X	49	Indium	9	10	178	2.2	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
In XI	49	Indium	10	11	201	2.4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
In XII	49	Indium	11	12	226	2.5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
In XIII	49	Indium	12	13	249	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
In XIV	49	Indium	13	14	341	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
In XV	49	Indium	14	15	368	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
In XVI	49	Indium	15	16	396	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
In XVII	49	Indium	16	17	425	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
In XVIII	49	Indium	17	18	462	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
In XIX	49	Indium	18	19	497.1	0.3	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L6833
In XX	49	Indium	19	20	560	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
In XXI	49	Indium	20	21	593.38	0.2	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
In XXII	49	Indium	21	22	1043	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
In XXIII	49	Indium	22	23	1109	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
In XXIV	49	Indium	23	24	1181	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
In XXV	49	Indium	24	25	1255	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
In XXVI	49	Indium	25	26	1328	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
In XXVII	49	Indium	26	27	1413	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
In XXVIII	49	Indium	27	28	1496	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
In XXIX	49	Indium	28	29	1575	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
In XXX	49	Indium	29	30	1659	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
In XXXI	49	Indium	30	31	1738	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
In XXXII	49	Indium	31	32	1961	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
In XXXIII	49	Indium	32	33	2028.5	2.1	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
In XXXIV	49	Indium	33	34	2111	3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
In XXXV	49	Indium	34	35	2207	8	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
In XXXVI	49	Indium	35	36	2317	5	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
In XXXVII	49	Indium	36	37	2373	11	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
In XXXVIII	49	Indium	37	38	2555	3	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
In XXXIX	49	Indium	38	39	2628.77	0.08	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
In XL	49	Indium	39	40	6126	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
In XLI	49	Indium	40	41	6331	10	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
In XLII	49	Indium	41	42	6554	13	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
In XLIII	49	Indium	42	43	6770	50	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
In XLIV	49	Indium	43	44	7196	8	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
In XLV	49	Indium	44	45	7442	6	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L11770
In XLVI	49	Indium	45	46	7754	7	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
In XLVII	49	Indium	46	47	7953.14	0.03	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
In XLVIII	49	Indium	47	48	32837.593	0.019	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
In XLIX	49	Indium	48	49	33750.404	0.01	theoretical	H	1s	2S<1/2>		L19200
Sn I	50	Tin	0	1	7.343918	0.000012	experimental	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L3936
Sn II	50	Tin	1	2	14.63307	0.00009	experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L18891
Sn III	50	Tin	2	3	30.506	0.003	experimental	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L18161
Sn IV	50	Tin	3	4	40.74	0.04	experimental	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L3466c99
Sn V	50	Tin	4	5	77.03	0.04	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
Sn VI	50	Tin	5	6	94	2	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Sn VII	50	Tin	6	7	112.9	2	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Sn VIII	50	Tin	7	8	135	2.1	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Sn IX	50	Tin	8	9	156	2.2	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Sn X	50	Tin	9	10	184	2.2	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Sn XI	50	Tin	10	11	208	2.4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Sn XII	50	Tin	11	12	232	2.5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Sn XIII	50	Tin	12	13	258	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Sn XIV	50	Tin	13	14	282	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Sn XV	50	Tin	14	15	379	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Sn XVI	50	Tin	15	16	407	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Sn XVII	50	Tin	16	17	437	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Sn XVIII	50	Tin	17	18	466	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Sn XIX	50	Tin	18	19	506	3	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Sn XX	50	Tin	19	20	537	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Sn XXI	50	Tin	20	21	608	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Sn XXII	50	Tin	21	22	642.35	0.22	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5953
Sn XXIII	50	Tin	22	23	1127	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Sn XXIV	50	Tin	23	24	1195	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Sn XXV	50	Tin	24	25	1269	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Sn XXVI	50	Tin	25	26	1347	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Sn XXVII	50	Tin	26	27	1421	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Sn XXVIII	50	Tin	27	28	1508	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Sn XXIX	50	Tin	28	29	1596	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Sn XXX	50	Tin	29	30	1676	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Sn XXXI	50	Tin	30	31	1763	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Sn XXXII	50	Tin	31	32	1844	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Sn XXXIII	50	Tin	32	33	2074	6	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L11770
Sn XXXIV	50	Tin	33	34	2142.1	2.1	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L11770
Sn XXXV	50	Tin	34	35	2227	3	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L11770
Sn XXXVI	50	Tin	35	36	2326	9	semi-empirical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L11770
Sn XXXVII	50	Tin	36	37	2443	5	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L11770
Sn XXXVIII	50	Tin	37	38	2499	11	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L11770
Sn XXXIX	50	Tin	38	39	2687	4	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L11770
Sn XL	50	Tin	39	40	2762.49	0.08	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L11770
Sn XLI	50	Tin	40	41	6421	3	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L11770
Sn XLII	50	Tin	41	42	6631	10	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L11770
Sn XLIII	50	Tin	42	43	6859	13	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L11770
Sn XLIV	50	Tin	43	44	7080	50	semi-empirical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L11770
Sn XLV	50	Tin	44	45	7531	8	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L11770
Sn XLVI	50	Tin	45	46	7790	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Sn XLVII	50	Tin	46	47	8103	7	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L11770
Sn XLVIII	50	Tin	47	48	8306.95	0.04	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Sn XLIX	50	Tin	48	49	34257.148	0.022	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Sn L	50	Tin	49	50	35192.501	0.011	theoretical	H	1s	2S<1/2>		L19200
Sb I	51	Antimony	0	1	8.608389	0.000012	experimental	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8844,L6684
Sb II	51	Antimony	1	2	16.626	0.025	experimental	Sn	[Cd].5p2	3P0	5s2.5p 2P<1/2>	L16370,L8844
Sb III	51	Antimony	2	3	25.3235		experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L3466,L16241
Sb IV	51	Antimony	3	4	43.804	0.025	experimental	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L11767
Sb V	51	Antimony	4	5	55	0.1	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5984
Sb VI	51	Antimony	5	6	99.51	0.05	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
Sb VII	51	Antimony	6	7	117	2	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Sb VIII	51	Antimony	7	8	139	2.1	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Sb IX	51	Antimony	8	9	162	2.2	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Sb X	51	Antimony	9	10	185	2.2	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Sb XI	51	Antimony	10	11	214	2.4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Sb XII	51	Antimony	11	12	238	2.5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Sb XIII	51	Antimony	12	13	265	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Sb XIV	51	Antimony	13	14	292	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Sb XV	51	Antimony	14	15	317	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Sb XVI	51	Antimony	15	16	420	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Sb XVII	51	Antimony	16	17	447	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Sb XVIII	51	Antimony	17	18	479	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Sb XIX	51	Antimony	18	19	510	3	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Sb XX	51	Antimony	19	20	552	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Sb XXI	51	Antimony	20	21	584	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Sb XXII	51	Antimony	21	22	657	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Sb XXIII	51	Antimony	22	23	693.26	0.24	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10922
Sb XXIV	51	Antimony	23	24	1214	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Sb XXV	51	Antimony	24	25	1285	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Sb XXVI	51	Antimony	25	26	1360	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Sb XXVII	51	Antimony	26	27	1441	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Sb XXVIII	51	Antimony	27	28	1518	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Sb XXIX	51	Antimony	28	29	1606	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Sb XXX	51	Antimony	29	30	1698	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Sb XXXI	51	Antimony	30	31	1781	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Sb XXXII	51	Antimony	31	32	1869	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Sb XXXIII	51	Antimony	32	33	1954	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Sb XXXIV	51	Antimony	33	34	2190	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Sb XXXV	51	Antimony	34	35	2266	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Sb XXXVI	51	Antimony	35	36	2349	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
Sb XXXVII	51	Antimony	36	37	2428	5	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
Sb XXXVIII	51	Antimony	37	38	2567	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Sb XXXIX	51	Antimony	38	39	2654	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Sb XL	51	Antimony	39	40	2815	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Sb XLI	51	Antimony	40	41	2900	0.5	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10264c99
Sb XLII	51	Antimony	41	42	6714	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Sb XLIII	51	Antimony	42	43	6929	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Sb XLIV	51	Antimony	43	44	7167	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Sb XLV	51	Antimony	44	45	7390	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Sb XLVI	51	Antimony	45	46	7887	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Sb XLVII	51	Antimony	46	47	8140	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Sb XLVIII	51	Antimony	47	48	8455	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Sb XLIX	51	Antimony	48	49	8669.48	0.04	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Sb L	51	Antimony	49	50	35710.03	0.025	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Sb LI	51	Antimony	50	51	36668.183	0.012	theoretical	H	1s	2S<1/2>		L19200
Te I	52	Tellurium	0	1	9.009808	0.000006	experimental	Te	[Cd].5p4	3P<2>	5s2.5p3 4S*<3/2>	L21109
Te II	52	Tellurium	1	2	18.6	0.4	experimental	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L3546
Te III	52	Tellurium	2	3	27.84	0.04	experimental	Sn	[Cd].5p2	3P0	5s2.5p 2P<1/2>	L17749
Te IV	52	Tellurium	3	4	37.4155	0.0012	experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L16261
Te V	52	Tellurium	4	5	59.3	0.9	experimental	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L11821c99
Te VI	52	Tellurium	5	6	69.1	2	theoretical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L8672c99
Te VII	52	Tellurium	6	7	124.2	0.06	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
Te VIII	52	Tellurium	7	8	143	2.1	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Te IX	52	Tellurium	8	9	167	2.2	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Te X	52	Tellurium	9	10	191.1	2.2	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Te XI	52	Tellurium	10	11	215	2.4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Te XII	52	Tellurium	11	12	245	2.5	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Te XIII	52	Tellurium	12	13	272	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Te XIV	52	Tellurium	13	14	299	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Te XV	52	Tellurium	14	15	328	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Te XVI	52	Tellurium	15	16	354	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Te XVII	52	Tellurium	16	17	461	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Te XVIII	52	Tellurium	17	18	491	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Te XIX	52	Tellurium	18	19	522	3	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Te XX	52	Tellurium	19	20	555	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Te XXI	52	Tellurium	20	21	599	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Te XXII	52	Tellurium	21	22	633	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Te XXIII	52	Tellurium	22	23	709	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Te XXIV	52	Tellurium	23	24	746.12	0.25	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10922
Te XXV	52	Tellurium	24	25	1304	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Te XXVI	52	Tellurium	25	26	1377	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Te XXVII	52	Tellurium	26	27	1455	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Te XXVIII	52	Tellurium	27	28	1538	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Te XXIX	52	Tellurium	28	29	1618	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Te XXX	52	Tellurium	29	30	1707	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Te XXXI	52	Tellurium	30	31	1803	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Te XXXII	52	Tellurium	31	32	1889	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Te XXXIII	52	Tellurium	32	33	1979	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Te XXXIV	52	Tellurium	33	34	2066	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Te XXXV	52	Tellurium	34	35	2309	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Te XXXVI	52	Tellurium	35	36	2386	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Te XXXVII	52	Tellurium	36	37	2472	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
Te XXXVIII	52	Tellurium	37	38	2552	4	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
Te XXXIX	52	Tellurium	38	39	2700	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Te XL	52	Tellurium	39	40	2788	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Te XLI	52	Tellurium	40	41	2954	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Te XLII	52	Tellurium	41	42	3041	0.5	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10264c99
Te XLIII	52	Tellurium	42	43	7022	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Te XLIV	52	Tellurium	43	44	7243	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Te XLV	52	Tellurium	44	45	7485	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Te XLVI	52	Tellurium	45	46	7714	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Te XLVII	52	Tellurium	46	47	8240	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Te XLVIII	52	Tellurium	47	48	8499	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Te XLIX	52	Tellurium	48	49	8821	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Te L	52	Tellurium	49	50	9040.83	0.04	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Te LI	52	Tellurium	50	51	37196.52	0.03	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Te LII	52	Tellurium	51	52	38177.74	0.015	theoretical	H	1s	2S<1/2>		L19200
I I	53	Iodine	0	1	10.451236	0.000025	experimental	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L13998,L22518
I II	53	Iodine	1	2	19.13126	0.00012	experimental	Te	[Cd].5p4	3P<2>	5s2.5p3 4S<3/2>	L7360
I III	53	Iodine	2	3	29.57	0.025	experimental	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L11993
I IV	53	Iodine	3	4	40.357	0.025	experimental	Sn	[Cd].5p2	3P0	5s2.5p 2P<1/2>	L11994
I V	53	Iodine	4	5	51.52	0.04	experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L10105
I VI	53	Iodine	5	6	74.4	0.4	semi-empirical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L10105
I VII	53	Iodine	6	7	87.61	0.06	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5438
I VIII	53	Iodine	7	8	150.81	0.1	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384
I IX	53	Iodine	8	9	171	2.2	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
I X	53	Iodine	9	10	197	2.2	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
I XI	53	Iodine	10	11	220.9	2.4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
I XII	53	Iodine	11	12	247	2.5	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
I XIII	53	Iodine	12	13	279	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
I XIV	53	Iodine	13	14	307	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
I XV	53	Iodine	14	15	335	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
I XVI	53	Iodine	15	16	365	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
I XVII	53	Iodine	16	17	393	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
I XVIII	53	Iodine	17	18	505	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
I XIX	53	Iodine	18	19	535	3	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
I XX	53	Iodine	19	20	569	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
I XXI	53	Iodine	20	21	601	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
I XXII	53	Iodine	21	22	649	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
I XXIII	53	Iodine	22	23	683	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
I XXIV	53	Iodine	23	24	762	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
I XXV	53	Iodine	24	25	800.8	0.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
I XXVI	53	Iodine	25	26	1397	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
I XXVII	53	Iodine	26	27	1472	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
I XXVIII	53	Iodine	27	28	1553	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
I XXIX	53	Iodine	28	29	1639	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
I XXX	53	Iodine	29	30	1720	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
I XXXI	53	Iodine	30	31	1812	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
I XXXII	53	Iodine	31	32	1911	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
I XXXIII	53	Iodine	32	33	1999	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
I XXXIV	53	Iodine	33	34	2093	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
I XXXV	53	Iodine	34	35	2181	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
I XXXVI	53	Iodine	35	36	2431	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
I XXXVII	53	Iodine	36	37	2510	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
I XXXVIII	53	Iodine	37	38	2598	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
I XXXIX	53	Iodine	38	39	2680	4	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
I XL	53	Iodine	39	40	2836	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
I XLI	53	Iodine	40	41	2926	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
I XLII	53	Iodine	41	42	3096	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
I XLIII	53	Iodine	42	43	3185.5	0.5	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10264c99
I XLIV	53	Iodine	43	44	7337	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
I XLV	53	Iodine	44	45	7563	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
I XLVI	53	Iodine	45	46	7811	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
I XLVII	53	Iodine	46	47	8044	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
I XLVIII	53	Iodine	47	48	8601	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
I XLIX	53	Iodine	48	49	8867	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
I L	53	Iodine	49	50	9196	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
I LI	53	Iodine	50	51	9421.1	0.04	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
I LII	53	Iodine	51	52	38717	0.03	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
I LIII	53	Iodine	52	53	39721.549	0.017	theoretical	H	1s	2S<1/2>		L19200
Xe I	54	Xenon	0	1	12.1298437	0.0000015	experimental	Xe	[Cd].5p6	1S0	5s2.5p5 2P*<3/2>	L12013,L9794,L6426
Xe II	54	Xenon	1	2	20.975	0.004	semi-empirical	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L6925
Xe III	54	Xenon	2	3	31.05	0.04	semi-empirical	Te	[Cd].5p4	3P<2>	5s2.5p3 4S<3/2>	L4660,L10579
Xe IV	54	Xenon	3	4	42.2	0.2	experimental	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8774
Xe V	54	Xenon	4	5	54.1	0.5	semi-empirical	Sn	[Cd].5p2	3P0	5s2.5p 2P<1/2>	L11121
Xe VI	54	Xenon	5	6	66.703	0.007	experimental	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L11642
Xe VII	54	Xenon	6	7	91.6	0.5	semi-empirical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L6980
Xe VIII	54	Xenon	7	8	105.9778	0.0025	experimental	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L9065
Xe IX	54	Xenon	8	9	179.84	0.12	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11883
Xe X	54	Xenon	9	10	202	2.2	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Xe XI	54	Xenon	10	11	229.02	0.2	semi-empirical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L12003
Xe XII	54	Xenon	11	12	255	2.5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Xe XIII	54	Xenon	12	13	281	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Xe XIV	54	Xenon	13	14	314	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Xe XV	54	Xenon	14	15	343	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Xe XVI	54	Xenon	15	16	374	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Xe XVII	54	Xenon	16	17	404	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Xe XVIII	54	Xenon	17	18	434	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Xe XIX	54	Xenon	18	19	549	3	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Xe XX	54	Xenon	19	20	582	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Xe XXI	54	Xenon	20	21	616	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Xe XXII	54	Xenon	21	22	650	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Xe XXIII	54	Xenon	22	23	700	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Xe XXIV	54	Xenon	23	24	736	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Xe XXV	54	Xenon	24	25	818	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Xe XXVI	54	Xenon	25	26	857	0.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10107
Xe XXVII	54	Xenon	26	27	1493	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Xe XXVIII	54	Xenon	27	28	1571	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Xe XXIX	54	Xenon	28	29	1653	4	theoretical	Fe	[Ar].3d8	(0,4)<4>	3d7 4F<9/2>	L8672c99
Xe XXX	54	Xenon	29	30	1742	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Xe XXXI	54	Xenon	30	31	1826	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Xe XXXII	54	Xenon	31	32	1919	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Xe XXXIII	54	Xenon	32	33	2023	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Xe XXXIV	54	Xenon	33	34	2113	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Xe XXXV	54	Xenon	34	35	2209	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Xe XXXVI	54	Xenon	35	36	2300	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Xe XXXVII	54	Xenon	36	37	2556	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Xe XXXVIII	54	Xenon	37	38	2637	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Xe XXXIX	54	Xenon	38	39	2726	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
Xe XL	54	Xenon	39	40	2811	4	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
Xe XLI	54	Xenon	40	41	2975	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Xe XLII	54	Xenon	41	42	3068	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Xe XLIII	54	Xenon	42	43	3243	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Xe XLIV	54	Xenon	43	44	3333.8	0.5	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L10264c99
Xe XLV	54	Xenon	44	45	7660	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Xe XLVI	54	Xenon	45	46	7889	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Xe XLVII	54	Xenon	46	47	8144	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Xe XLVIII	54	Xenon	47	48	8382	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Xe XLIX	54	Xenon	48	49	8971	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Xe L	54	Xenon	49	50	9243	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Xe LI	54	Xenon	50	51	9581	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Xe LII	54	Xenon	51	52	9810.37	0.04	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Xe LIII	54	Xenon	52	53	40271.73	0.03	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Xe LIV	54	Xenon	53	54	41299.892	0.019	theoretical	H	1s	2S<1/2>		L19200
Cs I	55	Cesium	0	1	3.89390572743	1.7e-10	experimental	Cs	[Xe].6s	2S<1/2>	5s2.5p6 1S<0>	L19479
Cs II	55	Cesium	1	2	23.15745	0.00006	experimental	Xe	[Cd].5p6	1S0	5s2.5p5 2P*<3/2>	L6838
Cs III	55	Cesium	2	3	33.195	0.004	semi-empirical	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L14869
Cs IV	55	Cesium	3	4	43	1.7	theoretical	Te	[Cd].5p4	3P<2>	5s2.5p3 4S*<3/2>	L8672c99
Cs V	55	Cesium	4	5	56	1.9	theoretical	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8672c99
Cs VI	55	Cesium	5	6	69.1	2	theoretical	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L8672c99
Cs VII	55	Cesium	6	7	82.9	2	theoretical	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L8672c99
Cs VIII	55	Cesium	7	8	110.1	0.6	semi-empirical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L6980
Cs IX	55	Cesium	8	9	125.61	0.09	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5438
Cs X	55	Cesium	9	10	213.3	2.5	experimental	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L11384c99
Cs XI	55	Cesium	10	11	233	2.4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Cs XII	55	Cesium	11	12	261	2.5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Cs XIII	55	Cesium	12	13	289	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Cs XIV	55	Cesium	13	14	316	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Cs XV	55	Cesium	14	15	352	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Cs XVI	55	Cesium	15	16	382	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Cs XVII	55	Cesium	16	17	413	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Cs XVIII	55	Cesium	17	18	445	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Cs XIX	55	Cesium	18	19	476	3	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Cs XX	55	Cesium	19	20	597	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Cs XXI	55	Cesium	20	21	629	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Cs XXII	55	Cesium	21	22	666	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Cs XXIII	55	Cesium	22	23	700	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Cs XXIV	55	Cesium	23	24	753	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Cs XXV	55	Cesium	24	25	791	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Cs XXVI	55	Cesium	25	26	875	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Cs XXVII	55	Cesium	26	27	916.1	0.5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Cs XXVIII	55	Cesium	27	28	1592	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Cs XXIX	55	Cesium	28	29	1672	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Cs XXX	55	Cesium	29	30	1757	4	theoretical	Fe	[Ar].3d8	(0,4)<4>	3d7 4F<9/2>	L8672c99
Cs XXXI	55	Cesium	30	31	1848	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Cs XXXII	55	Cesium	31	32	1936	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Cs XXXIII	55	Cesium	32	33	2029	4	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Cs XXXIV	55	Cesium	33	34	2137	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Cs XXXV	55	Cesium	34	35	2230	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Cs XXXVI	55	Cesium	35	36	2329	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Cs XXXVII	55	Cesium	36	37	2422	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Cs XXXVIII	55	Cesium	37	38	2683	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Cs XXXIX	55	Cesium	38	39	2767	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Cs XL	55	Cesium	39	40	2859	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
Cs XLI	55	Cesium	40	41	2945	4	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
Cs XLII	55	Cesium	41	42	3118	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Cs XLIII	55	Cesium	42	43	3214	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Cs XLIV	55	Cesium	43	44	3392	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Cs XLV	55	Cesium	44	45	3485	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Cs XLVI	55	Cesium	45	46	7989	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Cs XLVII	55	Cesium	46	47	8224	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Cs XLVIII	55	Cesium	47	48	8484	4	theoretical	O	1s2.2s2.2p4	(0,2)<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Cs XLIX	55	Cesium	48	49	8726	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Cs L	55	Cesium	49	50	9350	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Cs LI	55	Cesium	50	51	9629	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Cs LII	55	Cesium	51	52	9974	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Cs LIII	55	Cesium	52	53	10208.78	0.05	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cs LIV	55	Cesium	53	54	41861.08	0.04	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Cs LV	55	Cesium	54	55	42913.144	0.02	theoretical	H	1s	2S<1/2>		L19200
Ba I	56	Barium	0	1	5.2116646	0.0000012	experimental	Ba	[Xe].6s2	1S0	5s2.5p6.6s 2S<1/2>	L6347,L9224
Ba II	56	Barium	1	2	10.003826	0.000012	experimental	Cs	[Xe].6s	2S<1/2>	5s2.5p6 1S<0>	L9224
Ba III	56	Barium	2	3	35.8438	0.0025	experimental	Xe	[Cd].5p6	1S0	5s2.5p5 2P*<3/2>	L3667
Ba IV	56	Barium	3	4	47	0.3	semi-empirical	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L11023
Ba V	56	Barium	4	5	58	1.9	theoretical	Te	[Cd].5p4	3P<2>	5s2.5p3 4S*<3/2>	L8672c99
Ba VI	56	Barium	5	6	71	2	theoretical	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8672c99
Ba VII	56	Barium	6	7	86	2	theoretical	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L8672c99
Ba VIII	56	Barium	7	8	101	2.1	theoretical	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L8672c99
Ba IX	56	Barium	8	9	130.5	0.6	semi-empirical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L6980
Ba X	56	Barium	9	10	146.52	0.12	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5438
Ba XI	56	Barium	10	11	241	2.4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ba XII	56	Barium	11	12	267.1	2.5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ba XIII	56	Barium	12	13	296	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ba XIV	56	Barium	13	14	325	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ba XV	56	Barium	14	15	354	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Ba XVI	56	Barium	15	16	390	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ba XVII	56	Barium	16	17	422	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ba XVIII	56	Barium	17	18	455	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ba XIX	56	Barium	18	19	488	3	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ba XX	56	Barium	19	20	520	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ba XXI	56	Barium	20	21	646	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ba XXII	56	Barium	21	22	679	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ba XXIII	56	Barium	22	23	717	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ba XXIV	56	Barium	23	24	752	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ba XXV	56	Barium	24	25	809	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ba XXVI	56	Barium	25	26	846	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ba XXVII	56	Barium	26	27	935	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ba XXVIII	56	Barium	27	28	976.62	0.11	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
Ba XXIX	56	Barium	28	29	1695	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ba XXX	56	Barium	29	30	1776	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ba XXXI	56	Barium	30	31	1864	4	theoretical	Fe	[Ar].3d8	(0,4)<4>	3d7 4F<9/2>	L8672c99
Ba XXXII	56	Barium	31	32	1958	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d6 5D<4>	L8672c99
Ba XXXIII	56	Barium	32	33	2047	4	theoretical	Cr	[Ar].3d6	5D<4>	3d5 6S<5/2>	L8672c99
Ba XXXIV	56	Barium	33	34	2142	5	theoretical	V	[Ar].3d5	6S<5/2>	3d4 5D<0>	L8672c99
Ba XXXV	56	Barium	34	35	2256	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ba XXXVI	56	Barium	35	36	2349	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ba XXXVII	56	Barium	36	37	2452	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ba XXXVIII	56	Barium	37	38	2547	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ba XXXIX	56	Barium	38	39	2814	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ba XL	56	Barium	39	40	2901	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ba XLI	56	Barium	40	41	2994	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 4S*<3/2>	L8672c99
Ba XLII	56	Barium	41	42	3081	4	theoretical	P	[Ne].3s2.3p3	4S*<3/2>	3p2 3P<0>	L8672c99
Ba XLIII	56	Barium	42	43	3266	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ba XLIV	56	Barium	43	44	3363	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ba XLV	56	Barium	44	45	3546	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ba XLVI	56	Barium	45	46	3640	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ba XLVII	56	Barium	46	47	8326	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ba XLVIII	56	Barium	47	48	8565	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ba XLIX	56	Barium	48	49	8831	4	theoretical	O	1s2.2s2.2p4	(0,2)<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ba L	56	Barium	49	50	9077	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ba LI	56	Barium	50	51	9739	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ba LII	56	Barium	51	52	10023	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ba LIII	56	Barium	52	53	10376	4	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ba LIV	56	Barium	53	54	10616.42	0.05	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ba LV	56	Barium	54	55	43485.37	0.04	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ba LVI	56	Barium	55	56	44561.633	0.024	theoretical	H	1s	2S<1/2>		L19200
La I	57	Lanthanum	0	1	5.5769	0.0006	experimental	La	[Xe].5d.6s2	2D<3/2>	5s2.5p6.5d2 3F<2>	L3974,L16228
La II	57	Lanthanum	1	2	11.18496	0.00006	experimental	Ba	[Xe].5d2	3F<2>	5s2.5p6.5d 2D<3/2>	L8469
La III	57	Lanthanum	2	3	19.1773	0.0006	experimental	Cs	[Xe].5d	2D<3/2>	5s2.5p6 1S<0>	L3974,L3420
La IV	57	Lanthanum	3	4	49.95	0.06	semi-empirical	Xe	[Cd].5p6	1S0	5s2.5p5 2P*<3/2>	L3974
La V	57	Lanthanum	4	5	61.6	0.6	semi-empirical	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L3974,L3749
La VI	57	Lanthanum	5	6	74	2	theoretical	Te	[Cd].5p4	3P<2>	5s2.5p3 4S*<3/2>	L8672c99
La VII	57	Lanthanum	6	7	88	2	theoretical	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8672c99
La VIII	57	Lanthanum	7	8	105	2.1	theoretical	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L8672c99
La IX	57	Lanthanum	8	9	119	2.2	theoretical	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L8672c99
La X	57	Lanthanum	9	10	151.4	0.7	semi-empirical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L6980
La XI	57	Lanthanum	10	11	168.77	0.12	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5438
La XII	57	Lanthanum	11	12	275	2.5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
La XIII	57	Lanthanum	12	13	303	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
La XIV	57	Lanthanum	13	14	332	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
La XV	57	Lanthanum	14	15	364	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
La XVI	57	Lanthanum	15	16	393	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
La XVII	57	Lanthanum	16	17	431	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
La XVIII	57	Lanthanum	17	18	464	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
La XIX	57	Lanthanum	18	19	498	3	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
La XX	57	Lanthanum	19	20	533	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
La XXI	57	Lanthanum	20	21	566	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
La XXII	57	Lanthanum	21	22	696	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
La XXIII	57	Lanthanum	22	23	731	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
La XXIV	57	Lanthanum	23	24	770	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
La XXV	57	Lanthanum	24	25	806	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
La XXVI	57	Lanthanum	25	26	865	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
La XXVII	57	Lanthanum	26	27	906	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
La XXVIII	57	Lanthanum	27	28	995	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
La XXIX	57	Lanthanum	28	29	1039.09	0.12	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
La XXX	57	Lanthanum	29	30	1800	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
La XXXI	57	Lanthanum	30	31	1884	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
La XXXII	57	Lanthanum	31	32	1974	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
La XXXIII	57	Lanthanum	32	33	2069	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
La XXXIV	57	Lanthanum	33	34	2162	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
La XXXV	57	Lanthanum	34	35	2259	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
La XXXVI	57	Lanthanum	35	36	2377	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
La XXXVII	57	Lanthanum	36	37	2473	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
La XXXVIII	57	Lanthanum	37	38	2577	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
La XXXIX	57	Lanthanum	38	39	2674	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
La XL	57	Lanthanum	39	40	2950	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
La XLI	57	Lanthanum	40	41	3036	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
La XLII	57	Lanthanum	41	42	3133	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
La XLIII	57	Lanthanum	42	43	3222	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
La XLIV	57	Lanthanum	43	44	3416	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
La XLV	57	Lanthanum	44	45	3515	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
La XLVI	57	Lanthanum	45	46	3704	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
La XLVII	57	Lanthanum	46	47	3800	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
La XLVIII	57	Lanthanum	47	48	8669	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
La XLIX	57	Lanthanum	48	49	8914	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
La L	57	Lanthanum	49	50	9184	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
La LI	57	Lanthanum	50	51	9437	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
La LII	57	Lanthanum	51	52	10136	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
La LIII	57	Lanthanum	52	53	10426	4	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
La LIV	57	Lanthanum	53	54	10789	5	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
La LV	57	Lanthanum	54	55	11033.4	0.05	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
La LVI	57	Lanthanum	55	56	45145	0.04	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
La LVII	57	Lanthanum	56	57	46245.77	0.03	theoretical	H	1s	2S<1/2>		L19200
Ce I	58	Cerium	0	1	5.5386	0.0004	experimental	Ce	[Xe].4f.5d.6s2	1G*<4>	4f.5s2.5p6.5d2 4H*<7/2>	L4277
Ce II	58	Cerium	1	2	10.956	0.02	semi-empirical	La	[Xe].4f.5d2	4H*<7/2>	4f2.5s2.5p6 3H<4>	L19870c180
Ce III	58	Cerium	2	3	20.1974	0.0025	semi-empirical	Ba	[Xe].4f2	3H<4>	4f.5s2.5p6 2F*<5/2>	L3974,L3420
Ce IV	58	Cerium	3	4	36.906	0.009	semi-empirical	Cs	[Xe].4f	2F*<5/2>	5s2.5p6 1S<0>	L14976
Ce V	58	Cerium	4	5	65.55	0.25	semi-empirical	Xe	[Cd].5p6	1S0	5s2.5p5 2P*<3/2>	L3974
Ce VI	58	Cerium	5	6	77.6	1.2	semi-empirical	I	[Cd].5p5	2P*<3/2>	5s2.5p4 3P<2>	L3974,L3749
Ce VII	58	Cerium	6	7	91	2	theoretical	Te	[Cd].5p4	3P<2>	5s2.5p3 4S*<3/2>	L8672c99
Ce VIII	58	Cerium	7	8	106	2.1	theoretical	Sb	[Cd].5p3	4S*<3/2>	5s2.5p2 3P<0>	L8672c99
Ce IX	58	Cerium	8	9	125	2.2	theoretical	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L8672c99
Ce X	58	Cerium	9	10	140	2.2	theoretical	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L8672c99
Ce XI	58	Cerium	10	11	172	2.4	theoretical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L8672c99
Ce XII	58	Cerium	11	12	192.24	0.12	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5532
Ce XIII	58	Cerium	12	13	312	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ce XIV	58	Cerium	13	14	340	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ce XV	58	Cerium	14	15	371	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ce XVI	58	Cerium	15	16	403	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ce XVII	58	Cerium	16	17	435	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Ce XVIII	58	Cerium	17	18	472	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ce XIX	58	Cerium	18	19	509	3	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ce XX	58	Cerium	19	20	543	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ce XXI	58	Cerium	20	21	579	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ce XXII	58	Cerium	21	22	613	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ce XXIII	58	Cerium	22	23	749	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ce XXIV	58	Cerium	23	24	785	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ce XXV	58	Cerium	24	25	824	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ce XXVI	58	Cerium	25	26	862	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ce XXVII	58	Cerium	26	27	924	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ce XXVIII	58	Cerium	27	28	965	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ce XXIX	58	Cerium	28	29	1060	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ce XXX	58	Cerium	29	30	1103.5	0.5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Ce XXXI	58	Cerium	30	31	1908	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ce XXXII	58	Cerium	31	32	1994	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ce XXXIII	58	Cerium	32	33	2087	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ce XXXIV	58	Cerium	33	34	2185	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ce XXXV	58	Cerium	34	35	2280	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ce XXXVI	58	Cerium	35	36	2378	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ce XXXVII	58	Cerium	36	37	2500	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ce XXXVIII	58	Cerium	37	38	2600	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ce XXXIX	58	Cerium	38	39	2706	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ce XL	58	Cerium	39	40	2806	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ce XLI	58	Cerium	40	41	3087	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ce XLII	58	Cerium	41	42	3176	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ce XLIII	58	Cerium	42	43	3274	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ce XLIV	58	Cerium	43	44	3366	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ce XLV	58	Cerium	44	45	3570	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ce XLVI	58	Cerium	45	46	3672	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ce XLVII	58	Cerium	46	47	3865	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ce XLVIII	58	Cerium	47	48	3963	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ce XLIX	58	Cerium	48	49	9020	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ce L	58	Cerium	49	50	9269	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ce LI	58	Cerium	50	51	9545	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ce LII	58	Cerium	51	52	9803	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ce LIII	58	Cerium	52	53	10542	4	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ce LIV	58	Cerium	53	54	10840	5	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ce LV	58	Cerium	54	55	11210	5	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ce LVI	58	Cerium	55	56	11459.85	0.06	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ce LVII	58	Cerium	56	57	46840.31	0.05	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ce LVIII	58	Cerium	57	58	47965.89	0.03	theoretical	H	1s	2S<1/2>		L19200
Pr I	59	Praseodymium	0	1	5.4702	0.0004	semi-empirical	Pr	[Xe].4f3.6s2	4I*<9/2>	4f3.(4I).6s (9/2,1/2)<4>	L19006
Pr II	59	Praseodymium	1	2	10.631	0.02	semi-empirical	Ce	[Xe].4f3.6s	(9/2,1/2)*<4>	4f3.5s2.5p6 4I*<9/2>	L19870c180
Pr III	59	Praseodymium	2	3	21.6237	0.0025	experimental	La	[Xe].4f3	4I*<9/2>	4f2.5s2.5p6 3H<4>	L3974,L3420
Pr IV	59	Praseodymium	3	4	38.981	0.025	semi-empirical	Ba	[Xe].4f2	3H<4>	4f.5s2.5p6 2F*<5/2>	L3974,L3420
Pr V	59	Praseodymium	4	5	57.53	0.05	semi-empirical	Cs	[Xe].4f	2F*<5/2>	5s2.5p6 1S<0>	L3974,L4095
Pr VI	59	Praseodymium	5	6	82	4	theoretical	Xe	[Cd].5p6	1S0	4f.5s2.5p4*	L582
Pr VII	59	Praseodymium	6	7	97	5	theoretical	I	[Cd].4f.5p4	*	4f.5s2.5p3	L582
Pr VIII	59	Praseodymium	7	8	112	6	theoretical	Te	[Cd].4f.5p3		4f.5s2.5p2*	L582
Pr IX	59	Praseodymium	8	9	131	7	theoretical	Sb	[Cd].4f.5p2	*	5s2.5p2 3P<0>	L582
Pr X	59	Praseodymium	9	10	148	7	theoretical	Sn	[Cd].5p2	3P0	5s2.5p 2P*<1/2>	L582
Pr XI	59	Praseodymium	10	11	162	2.4	theoretical	In	[Cd].5p	2P*<1/2>	5s2 1S<0>	L8672c99
Pr XII	59	Praseodymium	11	12	196	2.5	theoretical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L8672c99
Pr XIII	59	Praseodymium	12	13	217.02	0.12	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5532
Pr XIV	59	Praseodymium	13	14	350	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pr XV	59	Praseodymium	14	15	378	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pr XVI	59	Praseodymium	15	16	412	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pr XVII	59	Praseodymium	16	17	445	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pr XVIII	59	Praseodymium	17	18	478	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Pr XIX	59	Praseodymium	18	19	516	3	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Pr XX	59	Praseodymium	19	20	554	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pr XXI	59	Praseodymium	20	21	590	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pr XXII	59	Praseodymium	21	22	627	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pr XXIII	59	Praseodymium	22	23	663	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pr XXIV	59	Praseodymium	23	24	803	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pr XXV	59	Praseodymium	24	25	840	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pr XXVI	59	Praseodymium	25	26	880	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Pr XXVII	59	Praseodymium	26	27	920	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Pr XXVIII	59	Praseodymium	27	28	985	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pr XXIX	59	Praseodymium	28	29	1028	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pr XXX	59	Praseodymium	29	30	1124	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pr XXXI	59	Praseodymium	30	31	1169.9	0.6	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Pr XXXII	59	Praseodymium	31	32	2019	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pr XXXIII	59	Praseodymium	32	33	2108	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pr XXXIV	59	Praseodymium	33	34	2202	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pr XXXV	59	Praseodymium	34	35	2304	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pr XXXVI	59	Praseodymium	35	36	2400	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pr XXXVII	59	Praseodymium	36	37	2501	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pr XXXVIII	59	Praseodymium	37	38	2628	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pr XXXIX	59	Praseodymium	38	39	2729	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pr XL	59	Praseodymium	39	40	2838	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pr XLI	59	Praseodymium	40	41	2941	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pr XLII	59	Praseodymium	41	42	3227	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pr XLIII	59	Praseodymium	42	43	3319	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pr XLIV	59	Praseodymium	43	44	3419	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pr XLV	59	Praseodymium	44	45	3512	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pr XLVI	59	Praseodymium	45	46	3729	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pr XLVII	59	Praseodymium	46	47	3832	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pr XLVIII	59	Praseodymium	47	48	4030	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pr XLIX	59	Praseodymium	48	49	4130	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pr L	59	Praseodymium	49	50	9378	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pr LI	59	Praseodymium	50	51	9632	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pr LII	59	Praseodymium	51	52	9913	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pr LIII	59	Praseodymium	52	53	10175	4	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pr LIV	59	Praseodymium	53	54	10959	5	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pr LV	59	Praseodymium	54	55	11262	5	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pr LVI	59	Praseodymium	55	56	11641	5	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pr LVII	59	Praseodymium	56	57	11895.89	0.06	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pr LVIII	59	Praseodymium	57	58	48571.71	0.05	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pr LIX	59	Praseodymium	58	59	49722.44	0.04	theoretical	H	1s	2S<1/2>		L19200
Nd I	60	Neodymium	0	1	5.52475	0.00005	experimental	Nd	[Xe].4f4.6s2	5I<4>	4f4.5s2.5p6.6s 6I*<7/2>	L23155
Nd II	60	Neodymium	1	2	10.783	0.02	semi-empirical	Pr	[Xe].4f4.6s	6I<7/2>	4f4.5s2.5p6 5I<4>	L19870c180
Nd III	60	Neodymium	2	3	22.09	0.04	semi-empirical	Ce	[Xe].4f4	5I<4>	4f3.5s2.5p6 4I*<9/2>	L19883c180
Nd IV	60	Neodymium	3	4	40.6	0.04	semi-empirical	La	[Xe].4f3	4I*<9/2>	4f2.5s2.5p6 3H<4>	L19883c180
Nd V	60	Neodymium	4	5	60	0.3	semi-empirical	Ba	[Xe].4f2	3H<4>	4f2.5s2.5p5*	L4095
Nd VI	60	Neodymium	5	6	84	4	theoretical	Cs	[Cd].4f2.5p5	*	4f2.5s2.5p4	L582
Nd VII	60	Neodymium	6	7	99	5	theoretical	Xe	[Cd].4f2.5p4		4f2.5s2.5p3*	L582
Nd VIII	60	Neodymium	7	8	114	6	theoretical	I	[Cd].4f2.5p3	*	4f2.5s2.5p2	L582
Nd IX	60	Neodymium	8	9	136	7	theoretical	Te	[Cd].4f2.5p2		4f2.5s2.5p*	L582
Nd X	60	Neodymium	9	10	152	8	theoretical	Sb	[Cd].4f2.5p	*	5s2.4f2	L582
Nd XI	60	Neodymium	10	11	168	8	theoretical	Sn	[Cd].4f2		5s2.4f 2F*<5/2>	L582
Nd XII	60	Neodymium	11	12	195	10	theoretical	In	[Cd].4f	2F*<5/2>	5s2 1S<0>	L582
Nd XIII	60	Neodymium	12	13	221	3	theoretical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L8672c99
Nd XIV	60	Neodymium	13	14	243	0.2	semi-empirical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L5532
Nd XV	60	Neodymium	14	15	389	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Nd XVI	60	Neodymium	15	16	420	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Nd XVII	60	Neodymium	16	17	453	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Nd XVIII	60	Neodymium	17	18	489	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Nd XIX	60	Neodymium	18	19	522	3	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Nd XX	60	Neodymium	19	20	562	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Nd XXI	60	Neodymium	20	21	602	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Nd XXII	60	Neodymium	21	22	638	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Nd XXIII	60	Neodymium	22	23	678	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Nd XXIV	60	Neodymium	23	24	714	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Nd XXV	60	Neodymium	24	25	859	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Nd XXVI	60	Neodymium	25	26	896	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Nd XXVII	60	Neodymium	26	27	939	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Nd XXVIII	60	Neodymium	27	28	978	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Nd XXIX	60	Neodymium	28	29	1049	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Nd XXX	60	Neodymium	29	30	1092	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Nd XXXI	60	Neodymium	30	31	1191	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Nd XXXII	60	Neodymium	31	32	1238.42	0.17	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
Nd XXXIII	60	Neodymium	32	33	2134	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Nd XXXIV	60	Neodymium	33	34	2224	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Nd XXXV	60	Neodymium	34	35	2321	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Nd XXXVI	60	Neodymium	35	36	2425	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Nd XXXVII	60	Neodymium	36	37	2525	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Nd XXXVIII	60	Neodymium	37	38	2627	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Nd XXXIX	60	Neodymium	38	39	2758	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Nd XL	60	Neodymium	39	40	2861	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Nd XLI	60	Neodymium	40	41	2974	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Nd XLII	60	Neodymium	41	42	3078	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Nd XLIII	60	Neodymium	42	43	3371	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Nd XLIV	60	Neodymium	43	44	3465	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Nd XLV	60	Neodymium	44	45	3567	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Nd XLVI	60	Neodymium	45	46	3662	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Nd XLVII	60	Neodymium	46	47	3891	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Nd XLVIII	60	Neodymium	47	48	3997	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Nd XLIX	60	Neodymium	48	49	4198	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Nd L	60	Neodymium	49	50	4302	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Nd LI	60	Neodymium	50	51	9742	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Nd LII	60	Neodymium	51	52	10002	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Nd LIII	60	Neodymium	52	53	10288	4	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Nd LIV	60	Neodymium	53	54	10555	5	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Nd LV	60	Neodymium	54	55	11384	5	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Nd LVI	60	Neodymium	55	56	11694	5	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Nd LVII	60	Neodymium	56	57	12082	5	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Nd LVIII	60	Neodymium	57	58	12341.66	0.07	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Nd LIX	60	Neodymium	58	59	50339.59	0.06	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Nd LX	60	Neodymium	59	60	51515.78	0.04	theoretical	H	1s	2S<1/2>		L19200
Pm I	61	Promethium	0	1	5.58187	0.00004	experimental	Pm	[Xe].4f5.6s2	6H*<5/2>	4f5.5s2.5p6.6s 7H*<2>	L20992
Pm II	61	Promethium	1	2	10.938	0.02	semi-empirical	Nd	[Xe].4f5.6s	7H*<2>	4f5.5s2.5p6 6H*<5/2>	L19870c180
Pm III	61	Promethium	2	3	22.44	0.08	semi-empirical	Pr	[Xe].4f5	6H*<5/2>	4f4.5s2.5p6 5I<4>	L19883c180
Pm IV	61	Promethium	3	4	41.17	0.09	semi-empirical	Ce	[Xe].4f4	5I<4>	4f3.5s2.5p6 4I*<9/2>	L19883c180
Pm V	61	Promethium	4	5	61.7	0.3	semi-empirical	La	[Xe].4f3	4I*<9/2>	4f3.5s2.5p5	L4095
Pm VI	61	Promethium	5	6	85	4	theoretical	Ba	[Cd].4f3.5p5		4f3.5s2.5p4*	L582
Pm VII	61	Promethium	6	7	101	5	theoretical	Cs	[Cd].4f3.5p4	*	4f3.5s2.5p3	L582
Pm VIII	61	Promethium	7	8	116	6	theoretical	Xe	[Cd].4f3.5p3		4f3.5s2.5p2*	L582
Pm IX	61	Promethium	8	9	138	7	theoretical	I	[Cd].4f3.5p2	*	4f3.5s2.5p	L582
Pm X	61	Promethium	9	10	155	8	theoretical	Te	[Cd].4f3.5p		4f3.5s2*	L582
Pm XI	61	Promethium	10	11	174	9	theoretical	Sb	[Cd].4f3	*	5s2.4f2	L582
Pm XII	61	Promethium	11	12	202	10	theoretical	Sn	[Cd].4f2		5s2.4f 2F*<5/2>	L582
Pm XIII	61	Promethium	12	13	229	11	theoretical	In	[Cd].4f	2F*<5/2>	5s2 1S<0>	L582
Pm XIV	61	Promethium	13	14	248	3	theoretical	Cd	[Kr].4d10.5s2	1S0	5s 2S<1/2>	L8672c99
Pm XV	61	Promethium	14	15	269	3	theoretical	Ag	[Kr].4d10.5s	2S<1/2>	4d10 1S<0>	L8672c99
Pm XVI	61	Promethium	15	16	430	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pm XVII	61	Promethium	16	17	462	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pm XVIII	61	Promethium	17	18	497	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pm XIX	61	Promethium	18	19	534	3	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pm XX	61	Promethium	19	20	569	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Pm XXI	61	Promethium	20	21	609	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Pm XXII	61	Promethium	21	22	651	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pm XXIII	61	Promethium	22	23	689	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pm XXIV	61	Promethium	23	24	730	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pm XXV	61	Promethium	24	25	767	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pm XXVI	61	Promethium	25	26	916	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pm XXVII	61	Promethium	26	27	956	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pm XXVIII	61	Promethium	27	28	998	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Pm XXIX	61	Promethium	28	29	1040	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Pm XXX	61	Promethium	29	30	1113	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pm XXXI	61	Promethium	30	31	1158	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pm XXXII	61	Promethium	31	32	1261	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pm XXXIII	61	Promethium	32	33	1308.7	0.6	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Pm XXXIV	61	Promethium	33	34	2251	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pm XXXV	61	Promethium	34	35	2344	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pm XXXVI	61	Promethium	35	36	2443	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pm XXXVII	61	Promethium	36	37	2549	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pm XXXVIII	61	Promethium	37	38	2652	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pm XXXIX	61	Promethium	38	39	2755	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pm XL	61	Promethium	39	40	2892	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pm XLI	61	Promethium	40	41	2997	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pm XLII	61	Promethium	41	42	3112	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pm XLIII	61	Promethium	42	43	3219	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pm XLIV	61	Promethium	43	44	3519	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pm XLV	61	Promethium	44	45	3613	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pm XLVI	61	Promethium	45	46	3718	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pm XLVII	61	Promethium	46	47	3816	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pm XLVIII	61	Promethium	47	48	4056	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pm XLIX	61	Promethium	48	49	4166	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pm L	61	Promethium	49	50	4371	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pm LI	61	Promethium	50	51	4476	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pm LII	61	Promethium	51	52	10115	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pm LIII	61	Promethium	52	53	10378	4	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pm LIV	61	Promethium	53	54	10671	5	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pm LV	61	Promethium	54	55	10942	5	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pm LVI	61	Promethium	55	56	11819	5	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pm LVII	61	Promethium	56	57	12136	5	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pm LVIII	61	Promethium	57	58	12532	6	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pm LIX	61	Promethium	58	59	12797.26	0.07	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pm LX	61	Promethium	59	60	52144.29	0.06	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pm LXI	61	Promethium	60	61	53346.31	0.14	theoretical	H	1s	2S<1/2>		L19200
Sm I	62	Samarium	0	1	5.643722	0.000021	experimental	Sm	[Xe].4f6.6s2	7F0	4f6.5s2.5p6.6s 8F<1/2>	L21624
Sm II	62	Samarium	1	2	11.078	0.02	semi-empirical	Pm	[Xe].4f6.6s	8F<1/2>	4f6.5s2.5p6 7F<0>	L19870c180
Sm III	62	Samarium	2	3	23.55	0.08	semi-empirical	Nd	[Xe].4f6	7F0	4f5.5s2.5p6 6H*<5/2>	L19883c180
Sm IV	62	Samarium	3	4	41.64	0.11	semi-empirical	Pr	[Xe].4f5	6H*<5/2>	4f4.5s2.5p6 5I<4>	L19883c180
Sm V	62	Samarium	4	5	62.7	0.4	semi-empirical	Ce	[Xe].4f4	5I<4>	4f3.5s2.5p6 4I*<9/2>	L4095
Sm VI	62	Samarium	5	6	87	4	theoretical	La	[Xe].4f3	4I*<9/2>	4f4.5s2.5p4	L582
Sm VII	62	Samarium	6	7	103	5	theoretical	Ba	[Cd].4f4.5p4		4f4.5s2.5p3*	L582
Sm VIII	62	Samarium	7	8	118	6	theoretical	Cs	[Cd].4f4.5p3	*	4f4.5s2.5p2	L582
Sm IX	62	Samarium	8	9	141	7	theoretical	Xe	[Cd].4f4.5p2		4f4.5s2.5p*	L582
Sm X	62	Samarium	9	10	158	8	theoretical	I	[Cd].4f4.5p	*	4f4.5s2	L582
Sm XI	62	Samarium	10	11	179	9	theoretical	Te	[Cd].4f4		4f3.5s2*	L582
Sm XII	62	Samarium	11	12	208	10	theoretical	Sb	[Cd].4f3	*	5s2.4f2	L582
Sm XIII	62	Samarium	12	13	237	12	theoretical	Sn	[Cd].4f2		5s2.4f 2F*<5/2>	L582
Sm XIV	62	Samarium	13	14	257	12	theoretical	In	[Cd].4f	2F*<5/2>	4f.5s 3F*<2>	L582
Sm XV	62	Samarium	14	15	276	14	theoretical	Cd	[Kr].4d10.4f.5s	3F*<2>	4f 2F*<5/2>	L582
Sm XVI	62	Samarium	15	16	306.5	0.5	semi-empirical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L5532
Sm XVII	62	Samarium	16	17	474	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Sm XVIII	62	Samarium	17	18	506	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Sm XIX	62	Samarium	18	19	543	3	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Sm XX	62	Samarium	19	20	581	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Sm XXI	62	Samarium	20	21	617	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Sm XXII	62	Samarium	21	22	658	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Sm XXIII	62	Samarium	22	23	702	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Sm XXIV	62	Samarium	23	24	742	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Sm XXV	62	Samarium	24	25	782	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Sm XXVI	62	Samarium	25	26	822	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Sm XXVII	62	Samarium	26	27	976	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Sm XXVIII	62	Samarium	27	28	1016	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Sm XXIX	62	Samarium	28	29	1060	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Sm XXX	62	Samarium	29	30	1103	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Sm XXXI	62	Samarium	30	31	1180	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Sm XXXII	62	Samarium	31	32	1226	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Sm XXXIII	62	Samarium	32	33	1332	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Sm XXXIV	62	Samarium	33	34	1381.56	0.21	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10191
Sm XXXV	62	Samarium	34	35	2371	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Sm XXXVI	62	Samarium	35	36	2466	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Sm XXXVII	62	Samarium	36	37	2569	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Sm XXXVIII	62	Samarium	37	38	2676	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Sm XXXIX	62	Samarium	38	39	2782	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Sm XL	62	Samarium	39	40	2887	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Sm XLI	62	Samarium	40	41	3028	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Sm XLII	62	Samarium	41	42	3137	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Sm XLIII	62	Samarium	42	43	3253	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Sm XLIV	62	Samarium	43	44	3363	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Sm XLV	62	Samarium	44	45	3669	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Sm XLVI	62	Samarium	45	46	3766	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Sm XLVII	62	Samarium	46	47	3873	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Sm XLVIII	62	Samarium	47	48	3971	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Sm XLIX	62	Samarium	48	49	4227	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Sm L	62	Samarium	49	50	4337	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Sm LI	62	Samarium	50	51	4548	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Sm LII	62	Samarium	51	52	4655	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Sm LIII	62	Samarium	52	53	10494	4	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Sm LIV	62	Samarium	53	54	10762	5	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Sm LV	62	Samarium	54	55	11060	5	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Sm LVI	62	Samarium	55	56	11337	5	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Sm LVII	62	Samarium	56	57	12264	5	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Sm LVIII	62	Samarium	57	58	12588	6	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Sm LIX	62	Samarium	58	59	12992	6	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Sm LX	62	Samarium	59	60	13262.85	0.09	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Sm LXI	62	Samarium	60	61	53986.12	0.07	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Sm LXII	62	Samarium	61	62	55214.3	0.05	theoretical	H	1s	2S<1/2>		L19200
Eu I	63	Europium	0	1	5.670385	0.000005	experimental	Eu	[Xe].4f7.6s2	8S*<7/2>	4f7.5p6.6s 9S*<4>	L13382
Eu II	63	Europium	1	2	11.24	0.006	semi-empirical	Sm	[Xe].4f7.6s	9S*<4>	4f7.5s2.5p6 8S*<7/2>	L19870
Eu III	63	Europium	2	3	24.84	0.03	semi-empirical	Pm	[Xe].4f7	8S*<7/2>	4f6.5s2.5p6 7F<0>	L19883c180
Eu IV	63	Europium	3	4	42.94	0.11	semi-empirical	Nd	[Xe].4f6	7F0	4f5.5s2.5p6 6H*<5/2>	L19883c180
Eu V	63	Europium	4	5	63.2	0.4	semi-empirical	Pr	[Xe].4f5	6H*<5/2>	4f5.5s2.5p5	L4095
Eu VI	63	Europium	5	6	89	4	theoretical	Ce	[Cd].4f5.5p5		4f5.5s2.5p4*	L582
Eu VII	63	Europium	6	7	105	5	theoretical	La	[Cd].4f5.5p4	*	4f5.5s2.5p3	L582
Eu VIII	63	Europium	7	8	120	6	theoretical	Ba	[Cd].4f5.5p3		4f5.5s2.5p2*	L582
Eu IX	63	Europium	8	9	144	7	theoretical	Cs	[Cd].4f5.5p2	*	4f5.5s2.5p	L582
Eu X	63	Europium	9	10	161	8	theoretical	Xe	[Cd].4f5.5p		4f5.5s2*	L582
Eu XI	63	Europium	10	11	183	9	theoretical	I	[Cd].4f5	*	4f4.5s2	L582
Eu XII	63	Europium	11	12	213	11	theoretical	Te	[Cd].4f4		4f3.5s2*	L582
Eu XIII	63	Europium	12	13	243	12	theoretical	Sb	[Cd].4f3	*	5s2.4f2	L582
Eu XIV	63	Europium	13	14	263	14	theoretical	Sn	[Cd].4f2		4f2.(3H).5s 4H<7/2>	L582
Eu XV	63	Europium	14	15	281	14	theoretical	In	[Kr].4d10.4f2.5s	4H<7/2>	4f2 3H<4>	L582
Eu XVI	63	Europium	15	16	311	16	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Eu XVII	63	Europium	16	17	344.4	0.5	semi-empirical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L5532
Eu XVIII	63	Europium	17	18	518	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Eu XIX	63	Europium	18	19	553	3	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Eu XX	63	Europium	19	20	590	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Eu XXI	63	Europium	20	21	630	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Eu XXII	63	Europium	21	22	667	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Eu XXIII	63	Europium	22	23	709	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Eu XXIV	63	Europium	23	24	755	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Eu XXV	63	Europium	24	25	795	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Eu XXVI	63	Europium	25	26	838	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Eu XXVII	63	Europium	26	27	879	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Eu XXVIII	63	Europium	27	28	1037	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Eu XXIX	63	Europium	28	29	1078	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Eu XXX	63	Europium	29	30	1124	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Eu XXXI	63	Europium	30	31	1167	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Eu XXXII	63	Europium	31	32	1249	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Eu XXXIII	63	Europium	32	33	1296	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Eu XXXIV	63	Europium	33	34	1406	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Eu XXXV	63	Europium	34	35	1456.06	0.25	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10191
Eu XXXVI	63	Europium	35	36	2495	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Eu XXXVII	63	Europium	36	37	2591	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Eu XXXVIII	63	Europium	37	38	2697	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Eu XXXIX	63	Europium	38	39	2807	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Eu XL	63	Europium	39	40	2914	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Eu XLI	63	Europium	40	41	3022	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Eu XLII	63	Europium	41	42	3168	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Eu XLIII	63	Europium	42	43	3279	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Eu XLIV	63	Europium	43	44	3398	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Eu XLV	63	Europium	44	45	3510	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Eu XLVI	63	Europium	45	46	3823	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Eu XLVII	63	Europium	46	47	3921	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Eu XLVIII	63	Europium	47	48	4031	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Eu XLIX	63	Europium	48	49	4131	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Eu L	63	Europium	49	50	4400	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Eu LI	63	Europium	50	51	4513	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Eu LII	63	Europium	51	52	4729	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Eu LIII	63	Europium	52	53	4838	4	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Eu LIV	63	Europium	53	54	10880	5	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Eu LV	63	Europium	54	55	11153	5	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Eu LVI	63	Europium	55	56	11457	5	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Eu LVII	63	Europium	56	57	11739	5	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Eu LVIII	63	Europium	57	58	12718	6	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Eu LIX	63	Europium	58	59	13050	6	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Eu LX	63	Europium	59	60	13462	7	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Eu LXI	63	Europium	60	61	13738.58	0.09	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Eu LXII	63	Europium	61	62	55865.93	0.08	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Eu LXIII	63	Europium	62	63	57120.64	0.05	theoretical	H	1s	2S<1/2>		L19200
Gd I	64	Gadolinium	0	1	6.1498	0.00004	experimental	Gd	[Xe].4f7.5d.6s2	9D*<2>	4f7.5d.6s 10D*<5/2>	L11798
Gd II	64	Gadolinium	1	2	12.076	0.02	semi-empirical	Eu	[Xe].4f7.5d.6s	10D*<5/2>	4f7.5p6.5d 9D*<2>	L19870c180
Gd III	64	Gadolinium	2	3	20.54	0.03	semi-empirical	Sm	[Xe].4f7.5d	9D*<2>	4f7.5s2.5p6 8S*<7/2>	L19883c180
Gd IV	64	Gadolinium	3	4	44.44	0.08	semi-empirical	Pm	[Xe].4f7	8S*<7/2>	4f6.5s2.5p6 7F<0>	L19883c180
Gd V	64	Gadolinium	4	5	64.8	0.4	semi-empirical	Nd	[Xe].4f6	7F0	4f6.5s2.5p5*	L4095
Gd VI	64	Gadolinium	5	6	89	4	theoretical	Pr	[Cd].4f6.5p5	*	4f6.5s2.5p4	L582
Gd VII	64	Gadolinium	6	7	106	5	theoretical	Ce	[Cd].4f6.5p4		4f6.5s2.5p3*	L582
Gd VIII	64	Gadolinium	7	8	123	6	theoretical	La	[Cd].4f6.5p3	*	4f6.5s2.5p2	L582
Gd IX	64	Gadolinium	8	9	144	7	theoretical	Ba	[Cd].4f6.5p2		4f5.5s2.5p2*	L582
Gd X	64	Gadolinium	9	10	165	8	theoretical	Cs	[Cd].4f5.5p2	*	4f5.5s2.5p	L582
Gd XI	64	Gadolinium	10	11	183	9	theoretical	Xe	[Cd].4f5.5p		4f5.5s2*	L582
Gd XII	64	Gadolinium	11	12	213	11	theoretical	I	[Cd].4f5	*	4f4.5s2	L582
Gd XIII	64	Gadolinium	12	13	246	12	theoretical	Te	[Cd].4f4		4f5 6H*<5/2>	L582
Gd XIV	64	Gadolinium	13	14	268	14	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	5s2.4f2	L582
Gd XV	64	Gadolinium	14	15	288	15	theoretical	Sn	[Cd].4f2		4f3 4I*<9/2>	L582
Gd XVI	64	Gadolinium	15	16	319	16	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Gd XVII	64	Gadolinium	16	17	352	17	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Gd XVIII	64	Gadolinium	17	18	384.4	2.5	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Gd XIX	64	Gadolinium	18	19	565	3	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Gd XX	64	Gadolinium	19	20	601	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Gd XXI	64	Gadolinium	20	21	639	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Gd XXII	64	Gadolinium	21	22	680	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Gd XXIII	64	Gadolinium	22	23	719	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Gd XXIV	64	Gadolinium	23	24	761	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Gd XXV	64	Gadolinium	24	25	810	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Gd XXVI	64	Gadolinium	25	26	851	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Gd XXVII	64	Gadolinium	26	27	895	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Gd XXVIII	64	Gadolinium	27	28	937	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Gd XXIX	64	Gadolinium	28	29	1100	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Gd XXX	64	Gadolinium	29	30	1142	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Gd XXXI	64	Gadolinium	30	31	1189	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Gd XXXII	64	Gadolinium	31	32	1233	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Gd XXXIII	64	Gadolinium	32	33	1321	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Gd XXXIV	64	Gadolinium	33	34	1368	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Gd XXXV	64	Gadolinium	34	35	1481	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Gd XXXVI	64	Gadolinium	35	36	1532.3	0.3	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10191
Gd XXXVII	64	Gadolinium	36	37	2621	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Gd XXXVIII	64	Gadolinium	37	38	2720	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Gd XXXIX	64	Gadolinium	38	39	2827	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Gd XL	64	Gadolinium	39	40	2941	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Gd XLI	64	Gadolinium	40	41	3050	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Gd XLII	64	Gadolinium	41	42	3160	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Gd XLIII	64	Gadolinium	42	43	3312	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Gd XLIV	64	Gadolinium	43	44	3424	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Gd XLV	64	Gadolinium	44	45	3546	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Gd XLVI	64	Gadolinium	45	46	3660	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Gd XLVII	64	Gadolinium	46	47	3980	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Gd XLVIII	64	Gadolinium	47	48	4080	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Gd XLIX	64	Gadolinium	48	49	4191	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Gd L	64	Gadolinium	49	50	4294	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Gd LI	64	Gadolinium	50	51	4578	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Gd LII	64	Gadolinium	51	52	4693	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Gd LIII	64	Gadolinium	52	53	4914	4	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Gd LIV	64	Gadolinium	53	54	5025	5	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Gd LV	64	Gadolinium	54	55	11273	5	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Gd LVI	64	Gadolinium	55	56	11552	5	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Gd LVII	64	Gadolinium	56	57	11861	5	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Gd LVIII	64	Gadolinium	57	58	12147	6	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Gd LIX	64	Gadolinium	58	59	13183	6	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Gd LX	64	Gadolinium	59	60	13521	7	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Gd LXI	64	Gadolinium	60	61	13943	10	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Gd LXII	64	Gadolinium	61	62	14224.57	0.1	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Gd LXIII	64	Gadolinium	62	63	57783.91	0.08	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Gd LXIV	64	Gadolinium	63	64	59065.54	0.05	theoretical	H	1s	2S<1/2>		L19200
Tb I	65	Terbium	0	1	5.8638	0.0006	experimental	Tb	[Xe].4f9.6s2	6H*<15/2>	4f9.(6H).5p6.6s (15/2,1/2)<8>	L4277
Tb II	65	Terbium	1	2	11.513	0.02	semi-empirical	Gd	[Xe].4f9.6s	(15/2,1/2)*<8>	4f9.5p6 6H*<15/2>	L19870c180
Tb III	65	Terbium	2	3	21.82	0.03	semi-empirical	Eu	[Xe].4f9	6H*<15/2>	4f8.5p6 7F<6>	L19883c180
Tb IV	65	Terbium	3	4	39.33	0.04	semi-empirical	Sm	[Xe].4f8	7F<6>	4f7.5s2.5p6 8S*<7/2>	L19883c180
Tb V	65	Terbium	4	5	66.5	0.3	semi-empirical	Pm	[Xe].4f7	8S*<7/2>	4f7.5s2.5p5	L4095
Tb VI	65	Terbium	5	6	90	4	theoretical	Nd	[Cd].4f7.5p5		4f8.5s2.5p3*	L582
Tb VII	65	Terbium	6	7	108	5	theoretical	Pr	[Cd].4f8.5p3	*	4f7.5s2.5p3	L582
Tb VIII	65	Terbium	7	8	125	6	theoretical	Ce	[Cd].4f7.5p3		4f7.5s2.5p2*	L582
Tb IX	65	Terbium	8	9	143	7	theoretical	La	[Cd].4f7.5p2	*	4f6.5s2.5p2	L582
Tb X	65	Terbium	9	10	168	8	theoretical	Ba	[Cd].4f6.5p2		4f6.5s2.5p*	L582
Tb XI	65	Terbium	10	11	186	9	theoretical	Cs	[Cd].4f6.5p	*	4f6.5s2	L582
Tb XII	65	Terbium	11	12	216	11	theoretical	Xe	[Cd].4f6		4f5.5s2*	L582
Tb XIII	65	Terbium	12	13	250	12	theoretical	I	[Cd].4f5	*	4f4.5s2	L582
Tb XIV	65	Terbium	13	14	273	14	theoretical	Te	[Cd].4f4		4f5 6H*<5/2>	L582
Tb XV	65	Terbium	14	15	294	15	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Tb XVI	65	Terbium	15	16	325	16	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Tb XVII	65	Terbium	16	17	358	17	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Tb XVIII	65	Terbium	17	18	393	20	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Tb XIX	65	Terbium	18	19	426.6	2.5	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Tb XX	65	Terbium	19	20	613	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Tb XXI	65	Terbium	20	21	651	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Tb XXII	65	Terbium	21	22	690	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Tb XXIII	65	Terbium	22	23	732	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Tb XXIV	65	Terbium	23	24	772	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Tb XXV	65	Terbium	24	25	816	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Tb XXVI	65	Terbium	25	26	866	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Tb XXVII	65	Terbium	26	27	909	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Tb XXVIII	65	Terbium	27	28	954	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Tb XXIX	65	Terbium	28	29	997	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Tb XXX	65	Terbium	29	30	1165	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Tb XXXI	65	Terbium	30	31	1208	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Tb XXXII	65	Terbium	31	32	1256	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Tb XXXIII	65	Terbium	32	33	1301	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Tb XXXIV	65	Terbium	33	34	1393	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Tb XXXV	65	Terbium	34	35	1443	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Tb XXXVI	65	Terbium	35	36	1559	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Tb XXXVII	65	Terbium	36	37	1610.4	0.7	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Tb XXXVIII	65	Terbium	37	38	2750	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Tb XXXIX	65	Terbium	38	39	2852	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Tb XL	65	Terbium	39	40	2961	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Tb XLI	65	Terbium	40	41	3078	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Tb XLII	65	Terbium	41	42	3189	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Tb XLIII	65	Terbium	42	43	3300	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Tb XLIV	65	Terbium	43	44	3458	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Tb XLV	65	Terbium	44	45	3573	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Tb XLVI	65	Terbium	45	46	3698	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Tb XLVII	65	Terbium	46	47	3814	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Tb XLVIII	65	Terbium	47	48	4139	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Tb XLIX	65	Terbium	48	49	4242	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Tb L	65	Terbium	49	50	4355	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Tb LI	65	Terbium	50	51	4460	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Tb LII	65	Terbium	51	52	4760	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Tb LIII	65	Terbium	52	53	4877	4	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Tb LIV	65	Terbium	53	54	5103	5	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Tb LV	65	Terbium	54	55	5217	5	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Tb LVI	65	Terbium	55	56	11673	5	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Tb LVII	65	Terbium	56	57	11957	5	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Tb LVIII	65	Terbium	57	58	12272	6	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Tb LIX	65	Terbium	58	59	12563	6	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Tb LX	65	Terbium	59	60	13658	7	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Tb LXI	65	Terbium	60	61	14003	10	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Tb LXII	65	Terbium	61	62	14434	12	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Tb LXIII	65	Terbium	62	63	14721.02	0.1	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Tb LXIV	65	Terbium	63	64	59741.12	0.09	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Tb LXV	65	Terbium	64	65	61050.1	0.6	theoretical	H	1s	2S<1/2>		L19200
Dy I	66	Dysprosium	0	1	5.939061	0.000006	experimental	Dy	[Xe].4f10.6s2	5I<8>	4f10.(5I<8>).6s<1/2> (8,1/2)<17/2>	L22122
Dy II	66	Dysprosium	1	2	11.647	0.02	semi-empirical	Tb	[Xe].4f10.6s	(8,1/2)<17/2>	4f10.5p6 5I<8>	L19870c180
Dy III	66	Dysprosium	2	3	22.89	0.03	semi-empirical	Gd	[Xe].4f10	5I<8>	4f9.5p6 6H*<15/2>	L19883c180
Dy IV	66	Dysprosium	3	4	41.23	0.08	semi-empirical	Eu	[Xe].4f9	6H*<15/2>	4f8.5p6 7F<6>	L19883c180
Dy V	66	Dysprosium	4	5	62.1	0.3	semi-empirical	Sm	[Xe].4f8	7F<6>	4f8.5s2.5p5*	L4095
Dy VI	66	Dysprosium	5	6	93	5	theoretical	Pm	[Cd].4f8.5p5	*	4f8.5s2.5p4	L582
Dy VII	66	Dysprosium	6	7	110	5	theoretical	Nd	[Cd].4f8.5p4		4f9.5s2.5p2*	L582
Dy VIII	66	Dysprosium	7	8	127	6	theoretical	Pr	[Cd].4f9.5p2	*	4f8.5s2.5p2	L582
Dy IX	66	Dysprosium	8	9	152	8	theoretical	Ce	[Cd].4f8.5p2		4f8.5s2.5p*	L582
Dy X	66	Dysprosium	9	10	170	9	theoretical	La	[Cd].4f8.5p	*	4f8.5s2	L582
Dy XI	66	Dysprosium	10	11	192	10	theoretical	Ba	[Cd].4f8		4f7.5s2*	L582
Dy XII	66	Dysprosium	11	12	224	11	theoretical	Cs	[Cd].4f7	*	4f6.5s2	L582
Dy XIII	66	Dysprosium	12	13	259	12	theoretical	Xe	[Cd].4f6		4f6.5s*	L582
Dy XIV	66	Dysprosium	13	14	279	14	theoretical	I	[Kr].4d10.4f6.5s		4f4.5s2	L582
Dy XV	66	Dysprosium	14	15	300	15	theoretical	Te	[Cd].4f4		4f5 6H*<5/2>	L582
Dy XVI	66	Dysprosium	15	16	332	16	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Dy XVII	66	Dysprosium	16	17	366	19	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Dy XVIII	66	Dysprosium	17	18	399	20	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Dy XIX	66	Dysprosium	18	19	431	21	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Dy XX	66	Dysprosium	19	20	464.9	2.5	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Dy XXI	66	Dysprosium	20	21	664	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Dy XXII	66	Dysprosium	21	22	702	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Dy XXIII	66	Dysprosium	22	23	743	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Dy XXIV	66	Dysprosium	23	24	786	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Dy XXV	66	Dysprosium	24	25	827	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Dy XXVI	66	Dysprosium	25	26	872	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Dy XXVII	66	Dysprosium	26	27	924	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Dy XXVIII	66	Dysprosium	27	28	969	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Dy XXIX	66	Dysprosium	28	29	1014	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Dy XXX	66	Dysprosium	29	30	1059	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Dy XXXI	66	Dysprosium	30	31	1232	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Dy XXXII	66	Dysprosium	31	32	1275	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Dy XXXIII	66	Dysprosium	32	33	1325	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Dy XXXIV	66	Dysprosium	33	34	1371	5	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Dy XXXV	66	Dysprosium	34	35	1468	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Dy XXXVI	66	Dysprosium	35	36	1520	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Dy XXXVII	66	Dysprosium	36	37	1638	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Dy XXXVIII	66	Dysprosium	37	38	1691.7	0.3	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
Dy XXXIX	66	Dysprosium	38	39	2882	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Dy XL	66	Dysprosium	39	40	2987	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Dy XLI	66	Dysprosium	40	41	3098	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Dy XLII	66	Dysprosium	41	42	3217	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Dy XLIII	66	Dysprosium	42	43	3331	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Dy XLIV	66	Dysprosium	43	44	3445	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Dy XLV	66	Dysprosium	44	45	3607	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Dy XLVI	66	Dysprosium	45	46	3725	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Dy XLVII	66	Dysprosium	46	47	3852	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Dy XLVIII	66	Dysprosium	47	48	3970	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Dy XLIX	66	Dysprosium	48	49	4303	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Dy L	66	Dysprosium	49	50	4407	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Dy LI	66	Dysprosium	50	51	4523	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Dy LII	66	Dysprosium	51	52	4629	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Dy LIII	66	Dysprosium	52	53	4945	4	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Dy LIV	66	Dysprosium	53	54	5066	5	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Dy LV	66	Dysprosium	54	55	5296	5	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Dy LVI	66	Dysprosium	55	56	5412	5	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Dy LVII	66	Dysprosium	56	57	12081	5	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Dy LVIII	66	Dysprosium	57	58	12370	6	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Dy LIX	66	Dysprosium	58	59	12690	6	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Dy LX	66	Dysprosium	59	60	12986	7	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Dy LXI	66	Dysprosium	60	61	14144	10	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Dy LXII	66	Dysprosium	61	62	14495	12	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Dy LXIII	66	Dysprosium	62	63	14936	15	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Dy LXIV	66	Dysprosium	63	64	15228.06	0.11	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Dy LXV	66	Dysprosium	64	65	61736.62	0.1	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Dy LXVI	66	Dysprosium	65	66	63073.23	0.1	theoretical	H	1s	2S<1/2>		L19200
Ho I	67	Holmium	0	1	6.0215	0.0006	experimental	Ho	[Xe].4f11.6s2	4I*<15/2>	4f11.(4I).5p6.6s (15/2,1/2)<8>	L4277
Ho II	67	Holmium	1	2	11.781	0.02	semi-empirical	Dy	[Xe].4f11.6s	(15/2,1/2)*<8>	4f11 4I*<15/2>	L19870c180
Ho III	67	Holmium	2	3	22.79	0.03	semi-empirical	Tb	[Xe].4f11	4I*<15/2>	4f10.5p6 5I<8>	L19883c180
Ho IV	67	Holmium	3	4	42.52	0.08	semi-empirical	Gd	[Xe].4f10	5I<8>	4f9.5p6 6H*<15/2>	L19883c180
Ho V	67	Holmium	4	5	63.9	0.3	semi-empirical	Eu	[Xe].4f9	6H*<15/2>	4f9.5p5	L4095
Ho VI	67	Holmium	5	6	95	5	theoretical	Sm	[Cd].4f9.5p5		4f9.5s2.5p4*	L582
Ho VII	67	Holmium	6	7	112	6	theoretical	Pm	[Cd].4f9.5p4	*	4f9.5s2.5p3	L582
Ho VIII	67	Holmium	7	8	129	6	theoretical	Nd	[Cd].4f9.5p3		4f10.5s2.5p*	L582
Ho IX	67	Holmium	8	9	155	8	theoretical	Pr	[Cd].4f10.5p	*	4f9.5s2.5p	L582
Ho X	67	Holmium	9	10	173	9	theoretical	Ce	[Cd].4f9.5p		4f9.5s2*	L582
Ho XI	67	Holmium	10	11	197	10	theoretical	La	[Cd].4f9	*	4f8.5s2	L582
Ho XII	67	Holmium	11	12	229	12	theoretical	Ba	[Cd].4f8		4f7.5s2*	L582
Ho XIII	67	Holmium	12	13	263	14	theoretical	Cs	[Cd].4f7	*	4f6.5s2	L582
Ho XIV	67	Holmium	13	14	284	14	theoretical	Xe	[Cd].4f6		4f6.5s*	L582
Ho XV	67	Holmium	14	15	305	15	theoretical	I	[Kr].4d10.4f6.5s		4f4.5s2	L582
Ho XVI	67	Holmium	15	16	340	17	theoretical	Te	[Cd].4f4		4f5 6H*<5/2>	L582
Ho XVII	67	Holmium	16	17	373	19	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Ho XVIII	67	Holmium	17	18	408	20	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Ho XIX	67	Holmium	18	19	441	22	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Ho XX	67	Holmium	19	20	475	24	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Ho XXI	67	Holmium	20	21	510	4	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Ho XXII	67	Holmium	21	22	715	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ho XXIII	67	Holmium	22	23	755	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ho XXIV	67	Holmium	23	24	797	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ho XXV	67	Holmium	24	25	842	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ho XXVI	67	Holmium	25	26	885	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Ho XXVII	67	Holmium	26	27	929	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ho XXVIII	67	Holmium	27	28	985	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ho XXIX	67	Holmium	28	29	1029	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ho XXX	67	Holmium	29	30	1077	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ho XXXI	67	Holmium	30	31	1122	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ho XXXII	67	Holmium	31	32	1300	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ho XXXIII	67	Holmium	32	33	1346	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ho XXXIV	67	Holmium	33	34	1395	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ho XXXV	67	Holmium	34	35	1443	5	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ho XXXVI	67	Holmium	35	36	1545	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ho XXXVII	67	Holmium	36	37	1598	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ho XXXVIII	67	Holmium	37	38	1719	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ho XXXIX	67	Holmium	38	39	1773.6	0.9	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Ho XL	67	Holmium	39	40	3018	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ho XLI	67	Holmium	40	41	3125	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ho XLII	67	Holmium	41	42	3238	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ho XLIII	67	Holmium	42	43	3359	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ho XLIV	67	Holmium	43	44	3476	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ho XLV	67	Holmium	44	45	3592	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ho XLVI	67	Holmium	45	46	3760	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ho XLVII	67	Holmium	46	47	3880	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ho XLVIII	67	Holmium	47	48	4009	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ho XLIX	67	Holmium	48	49	4131	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ho L	67	Holmium	49	50	4469	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ho LI	67	Holmium	50	51	4576	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ho LII	67	Holmium	51	52	4693	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ho LIII	67	Holmium	52	53	4802	4	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ho LIV	67	Holmium	53	54	5135	5	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ho LV	67	Holmium	54	55	5258	5	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ho LVI	67	Holmium	55	56	5494	5	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ho LVII	67	Holmium	56	57	5611	5	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ho LVIII	67	Holmium	57	58	12495	6	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ho LIX	67	Holmium	58	59	12790	6	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ho LX	67	Holmium	59	60	13116	7	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ho LXI	67	Holmium	60	61	13417	10	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ho LXII	67	Holmium	61	62	14639	12	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ho LXIII	67	Holmium	62	63	14998	15	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ho LXIV	67	Holmium	63	64	15448	19	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ho LXV	67	Holmium	64	65	15745.77	0.11	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ho LXVI	67	Holmium	65	66	63772.42	0.11	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ho LXVII	67	Holmium	66	67	65137.13	0.16	theoretical	H	1s	2S<1/2>		L19200
Er I	68	Erbium	0	1	6.1077	0.001	experimental	Er	[Xe].4f12.6s2	3H<6>	4f12.(3H).5p6.6s (6,1/2)<13/2>	L4277
Er II	68	Erbium	1	2	11.916	0.02	semi-empirical	Ho	[Xe].4f12.6s	(6,1/2)<13/2>	4f12.5p6 3H<6>	L19870c180
Er III	68	Erbium	2	3	22.7	0.03	semi-empirical	Dy	[Xe].4f12	3H<6>	4f11 4I*<15/2>	L19883c180
Er IV	68	Erbium	3	4	42.42	0.04	semi-empirical	Tb	[Xe].4f11	4I*<15/2>	4f10.5p6 5I<8>	L19883c180
Er V	68	Erbium	4	5	65.1	0.4	semi-empirical	Gd	[Xe].4f10	5I<8>	4f10.5p5*	L4095
Er VI	68	Erbium	5	6	96	5	theoretical	Eu	[Cd].4f10.5p5	*	4f10.5p4	L582
Er VII	68	Erbium	6	7	114	6	theoretical	Sm	[Cd].4f10.5p4		4f10.5s2.5p3*	L582
Er VIII	68	Erbium	7	8	131	7	theoretical	Pm	[Cd].4f10.5p3	*	4f10.5s2.5p2	L582
Er IX	68	Erbium	8	9	158	8	theoretical	Nd	[Cd].4f10.5p2		4f10.5s2.5p*	L582
Er X	68	Erbium	9	10	177	9	theoretical	Pr	[Cd].4f10.5p	*	4f10.5s2	L582
Er XI	68	Erbium	10	11	201	10	theoretical	Ce	[Cd].4f10		4f9.5s2*	L582
Er XII	68	Erbium	11	12	235	11	theoretical	La	[Cd].4f9	*	4f8.5s2	L582
Er XIII	68	Erbium	12	13	268	14	theoretical	Ba	[Cd].4f8		4f7.5s2*	L582
Er XIV	68	Erbium	13	14	290	15	theoretical	Cs	[Cd].4f7	*	4f7.5s*	L582
Er XV	68	Erbium	14	15	311	16	theoretical	Xe	[Kr].4d10.4f7.5s	*	4f7 8S*<7/2>	L582
Er XVI	68	Erbium	15	16	345	17	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Er XVII	68	Erbium	16	17	381	19	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Er XVIII	68	Erbium	17	18	415	21	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Er XIX	68	Erbium	18	19	450	22	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Er XX	68	Erbium	19	20	486	25	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Er XXI	68	Erbium	20	21	520	30	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Er XXII	68	Erbium	21	22	555	5	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Er XXIII	68	Erbium	22	23	770	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Er XXIV	68	Erbium	23	24	810	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Er XXV	68	Erbium	24	25	853	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Er XXVI	68	Erbium	25	26	899	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Er XXVII	68	Erbium	26	27	943	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Er XXVIII	68	Erbium	27	28	989	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Er XXIX	68	Erbium	28	29	1046	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Er XXX	68	Erbium	29	30	1092	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Er XXXI	68	Erbium	30	31	1142	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Er XXXII	68	Erbium	31	32	1188	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Er XXXIII	68	Erbium	32	33	1370	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Er XXXIV	68	Erbium	33	34	1416	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Er XXXV	68	Erbium	34	35	1468	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Er XXXVI	68	Erbium	35	36	1516	5	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Er XXXVII	68	Erbium	36	37	1625	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Er XXXVIII	68	Erbium	37	38	1678	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Er XXXIX	68	Erbium	38	39	1803	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Er XL	68	Erbium	39	40	1858.5	0.5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
Er XLI	68	Erbium	40	41	3157	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Er XLII	68	Erbium	41	42	3265	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Er XLIII	68	Erbium	42	43	3381	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Er XLIV	68	Erbium	43	44	3505	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Er XLV	68	Erbium	44	45	3624	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Er XLVI	68	Erbium	45	46	3742	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Er XLVII	68	Erbium	46	47	3916	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Er XLVIII	68	Erbium	47	48	4038	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Er XLIX	68	Erbium	48	49	4170	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Er L	68	Erbium	49	50	4294	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Er LI	68	Erbium	50	51	4639	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Er LII	68	Erbium	51	52	4748	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Er LIII	68	Erbium	52	53	4866	4	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Er LIV	68	Erbium	53	54	4978	5	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Er LV	68	Erbium	54	55	5329	5	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Er LVI	68	Erbium	55	56	5455	5	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Er LVII	68	Erbium	56	57	5695	5	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Er LVIII	68	Erbium	57	58	5815	6	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Er LIX	68	Erbium	58	59	12918	6	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Er LX	68	Erbium	59	60	13217	7	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Er LXI	68	Erbium	60	61	13548	10	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Er LXII	68	Erbium	61	62	13855	12	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Er LXIII	68	Erbium	62	63	15146	15	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Er LXIV	68	Erbium	63	64	15511	19	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Er LXV	68	Erbium	64	65	15971	24	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Er LXVI	68	Erbium	65	66	16274.56	0.12	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Er LXVII	68	Erbium	66	67	65848.24	0.12	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Er LXVIII	68	Erbium	67	68	67241.48	0.07	theoretical	H	1s	2S<1/2>		L19200
Tm I	69	Thulium	0	1	6.184402	0.000009	experimental	Tm	[Xe].4f13.6s2	2F*<7/2>	4f13.6s (7/2,1/2)*<4>	L22274
Tm II	69	Thulium	1	2	12.065	0.02	semi-empirical	Er	[Xe].4f13.6s	(7/2,1/2)*<4>	4f13.5p6 2F*<7/2>	L19870c180
Tm III	69	Thulium	2	3	23.66	0.03	semi-empirical	Ho	[Xe].4f13	2F*<7/2>	4f12.5p6 3H<6>	L19883c180
Tm IV	69	Thulium	3	4	42.41	0.04	semi-empirical	Dy	[Xe].4f12	3H<6>	4f11 4I*<15/2>	L19883c180
Tm V	69	Thulium	4	5	65.4	0.3	semi-empirical	Tb	[Xe].4f11	4I*<15/2>	4f11.5p5 5I<8>	L4095
Tm VI	69	Thulium	5	6	98	5	theoretical	Gd	[Cd].4f11.5p5	5I<8>	4f11.5p4*	L582
Tm VII	69	Thulium	6	7	116	6	theoretical	Eu	[Cd].4f11.5p4	*	4f11.5p3	L582
Tm VIII	69	Thulium	7	8	133	7	theoretical	Sm	[Cd].4f11.5p3		4f11.5s2.5p2*	L582
Tm IX	69	Thulium	8	9	160	8	theoretical	Pm	[Cd].4f11.5p2	*	4f11.5s2.5p	L582
Tm X	69	Thulium	9	10	180	9	theoretical	Nd	[Cd].4f11.5p		4f11.5s2 4I*<15/2>	L582
Tm XI	69	Thulium	10	11	205	10	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f10.5s2	L582
Tm XII	69	Thulium	11	12	239	12	theoretical	Ce	[Cd].4f10		4f9.5s2*	L582
Tm XIII	69	Thulium	12	13	274	14	theoretical	La	[Cd].4f9	*	4f9.5s*	L582
Tm XIV	69	Thulium	13	14	295	15	theoretical	Ba	[Kr].4d10.4f9.5s	*	4f9 6H*<15/2>	L582
Tm XV	69	Thulium	14	15	317	16	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Tm XVI	69	Thulium	15	16	352	17	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Tm XVII	69	Thulium	16	17	387	20	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Tm XVIII	69	Thulium	17	18	424	21	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Tm XIX	69	Thulium	18	19	460	24	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Tm XX	69	Thulium	19	20	496	25	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Tm XXI	69	Thulium	20	21	530	30	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Tm XXII	69	Thulium	21	22	570	30	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Tm XXIII	69	Thulium	22	23	603	6	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Tm XXIV	69	Thulium	23	24	825	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Tm XXV	69	Thulium	24	25	866	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Tm XXVI	69	Thulium	25	26	911	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Tm XXVII	69	Thulium	26	27	958	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Tm XXVIII	69	Thulium	27	28	1004	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Tm XXIX	69	Thulium	28	29	1050	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Tm XXX	69	Thulium	29	30	1110	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Tm XXXI	69	Thulium	30	31	1157	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Tm XXXII	69	Thulium	31	32	1207	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Tm XXXIII	69	Thulium	32	33	1255	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Tm XXXIV	69	Thulium	33	34	1442	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Tm XXXV	69	Thulium	34	35	1490	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Tm XXXVI	69	Thulium	35	36	1542	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Tm XXXVII	69	Thulium	36	37	1591	5	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Tm XXXVIII	69	Thulium	37	38	1706	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Tm XXXIX	69	Thulium	38	39	1761	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Tm XL	69	Thulium	39	40	1889	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Tm XLI	69	Thulium	40	41	1945.2	1	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Tm XLII	69	Thulium	41	42	3298	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Tm XLIII	69	Thulium	42	43	3409	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Tm XLIV	69	Thulium	43	44	3528	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Tm XLV	69	Thulium	44	45	3653	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Tm XLVI	69	Thulium	45	46	3775	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Tm XLVII	69	Thulium	46	47	3895	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Tm XLVIII	69	Thulium	47	48	4075	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Tm XLIX	69	Thulium	48	49	4199	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Tm L	69	Thulium	49	50	4335	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Tm LI	69	Thulium	50	51	4461	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Tm LII	69	Thulium	51	52	4812	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Tm LIII	69	Thulium	52	53	4922	4	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Tm LIV	69	Thulium	53	54	5044	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Tm LV	69	Thulium	54	55	5157	5	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Tm LVI	69	Thulium	55	56	5527	5	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Tm LVII	69	Thulium	56	57	5656	5	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Tm LVIII	69	Thulium	57	58	5901	6	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Tm LIX	69	Thulium	58	59	6023	6	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Tm LX	69	Thulium	59	60	13347	7	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Tm LXI	69	Thulium	60	61	13651	10	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Tm LXII	69	Thulium	61	62	13988	12	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Tm LXIII	69	Thulium	62	63	14300	15	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Tm LXIV	69	Thulium	63	64	15663	19	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Tm LXV	69	Thulium	64	65	16036	24	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Tm LXVI	69	Thulium	65	66	16510	30	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Tm LXVII	69	Thulium	66	67	16814.34	0.14	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Tm LXVIII	69	Thulium	67	68	67965.25	0.12	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Tm LXIX	69	Thulium	68	69	69387.45	0.09	theoretical	H	1s	2S<1/2>		L19200
Yb I	70	Ytterbium	0	1	6.25416	0.000012	experimental	Yb	[Xe].4f14.6s2	1S0	6s 2S<1/2>	L4980
Yb II	70	Ytterbium	1	2	12.179185	0.000025	experimental	Tm	[Xe].4f14.6s	2S<1/2>	4f14 1S<0>	L12907
Yb III	70	Ytterbium	2	3	25.053	0.025	semi-empirical	Er	[Xe].4f14	1S0	4f13.5p6 2F*<7/2>	L3974,L3654
Yb IV	70	Ytterbium	3	4	43.61	0.04	semi-empirical	Ho	[Xe].4f13	2F*<7/2>	4f12.5p6 3H<6>	L19883c180
Yb V	70	Ytterbium	4	5	65.6	0.3	semi-empirical	Dy	[Xe].4f12	3H<6>	4f12.5p5*	L4095
Yb VI	70	Ytterbium	5	6	99	5	theoretical	Tb	[Cd].4f12.5p5	*	4f12.5p4	L582
Yb VII	70	Ytterbium	6	7	117	6	theoretical	Gd	[Cd].4f12.5p4		4f12.5p3*	L582
Yb VIII	70	Ytterbium	7	8	135	7	theoretical	Eu	[Cd].4f12.5p3	*	4f12.5p2	L582
Yb IX	70	Ytterbium	8	9	163	8	theoretical	Sm	[Cd].4f12.5p2		4f12.5s2.5p*	L582
Yb X	70	Ytterbium	9	10	182	9	theoretical	Pm	[Cd].4f12.5p	*	4f12.5s2 3H<6>	L582
Yb XI	70	Ytterbium	10	11	209	10	theoretical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L582
Yb XII	70	Ytterbium	11	12	244	12	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f10.5s2	L582
Yb XIII	70	Ytterbium	12	13	279	14	theoretical	Ce	[Cd].4f10		4f10.5s	L582
Yb XIV	70	Ytterbium	13	14	301	15	theoretical	La	[Kr].4d10.4f10.5s		4f10	L582
Yb XV	70	Ytterbium	14	15	324	16	theoretical	Ba	[Kr].4d10.4f10		4f9 6H*<15/2>	L582
Yb XVI	70	Ytterbium	15	16	360	19	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Yb XVII	70	Ytterbium	16	17	396	20	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Yb XVIII	70	Ytterbium	17	18	431	21	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Yb XIX	70	Ytterbium	18	19	469	24	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Yb XX	70	Ytterbium	19	20	505	25	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Yb XXI	70	Ytterbium	20	21	540	30	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Yb XXII	70	Ytterbium	21	22	580	30	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Yb XXIII	70	Ytterbium	22	23	610	30	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Yb XXIV	70	Ytterbium	23	24	651	6	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Yb XXV	70	Ytterbium	24	25	882	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Yb XXVI	70	Ytterbium	25	26	924	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Yb XXVII	70	Ytterbium	26	27	971	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Yb XXVIII	70	Ytterbium	27	28	1019	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Yb XXIX	70	Ytterbium	28	29	1065	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Yb XXX	70	Ytterbium	29	30	1114	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Yb XXXI	70	Ytterbium	30	31	1175	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Yb XXXII	70	Ytterbium	31	32	1224	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Yb XXXIII	70	Ytterbium	32	33	1275	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Yb XXXIV	70	Ytterbium	33	34	1324	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Yb XXXV	70	Ytterbium	34	35	1516	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Yb XXXVI	70	Ytterbium	35	36	1564	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Yb XXXVII	70	Ytterbium	36	37	1618	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Yb XXXVIII	70	Ytterbium	37	38	1668	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c98,c99
Yb XXXIX	70	Ytterbium	38	39	1789	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c98,c99
Yb XL	70	Ytterbium	39	40	1845	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Yb XLI	70	Ytterbium	40	41	1978	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Yb XLII	70	Ytterbium	41	42	2036.4	1	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10191
Yb XLIII	70	Ytterbium	42	43	3443	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Yb XLIV	70	Ytterbium	43	44	3555	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Yb XLV	70	Ytterbium	44	45	3677	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Yb XLVI	70	Ytterbium	45	46	3805	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Yb XLVII	70	Ytterbium	46	47	3929	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Yb XLVIII	70	Ytterbium	47	48	4051	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Yb XLIX	70	Ytterbium	48	49	4238	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Yb L	70	Ytterbium	49	50	4364	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Yb LI	70	Ytterbium	50	51	4502	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Yb LII	70	Ytterbium	51	52	4630	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Yb LIII	70	Ytterbium	52	53	4988	4	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Yb LIV	70	Ytterbium	53	54	5101	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Yb LV	70	Ytterbium	54	55	5224	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Yb LVI	70	Ytterbium	55	56	5339	5	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Yb LVII	70	Ytterbium	56	57	5731	5	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Yb LVIII	70	Ytterbium	57	58	5860	6	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Yb LIX	70	Ytterbium	58	59	6111	6	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Yb LX	70	Ytterbium	59	60	6236	7	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Yb LXI	70	Ytterbium	60	61	13784	10	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Yb LXII	70	Ytterbium	61	62	14093	12	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Yb LXIII	70	Ytterbium	62	63	14435	15	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Yb LXIV	70	Ytterbium	63	64	14752	19	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Yb LXV	70	Ytterbium	64	65	16191	24	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Yb LXVI	70	Ytterbium	65	66	16570	30	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Yb LXVII	70	Ytterbium	66	67	17050	40	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Yb LXVIII	70	Ytterbium	67	68	17365.44	0.15	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Yb LXIX	70	Ytterbium	68	69	70123.04	0.14	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Yb LXX	70	Ytterbium	69	70	71574.63	0.1	theoretical	H	1s	2S<1/2>		L19200
Lu I	71	Lutetium	0	1	5.425871	0.000012	experimental	Lu	[Xe].4f14.5d.6s2	2D<3/2>	6s2 1S<0>	L10494,L1638
Lu II	71	Lutetium	1	2	14.13	0.05	semi-empirical	Yb	[Xe].4f14.6s2	1S0	6s 2S<1/2>	L19870c180
Lu III	71	Lutetium	2	3	20.9594	0.0012	experimental	Tm	[Xe].4f14.6s	2S<1/2>	4f14 1S<0>	L1402
Lu IV	71	Lutetium	3	4	45.249	0.025	semi-empirical	Er	[Xe].4f14	1S0	4f13.5p6 2F*<7/2>	L3974,L3654
Lu V	71	Lutetium	4	5	66.8	0.3	semi-empirical	Ho	[Xe].4f13	2F*<7/2>	4f12.5p6 3H<6>	L4095
Lu VI	71	Lutetium	5	6	98	5	theoretical	Dy	[Xe].4f12	3H<6>	4f13.5p4*	L582
Lu VII	71	Lutetium	6	7	117	6	theoretical	Tb	[Cd].4f13.5p4	*	4f13.5p3	L582
Lu VIII	71	Lutetium	7	8	136	7	theoretical	Gd	[Cd].4f13.5p3		4f13.5p2 4F*<7/2>	L582
Lu IX	71	Lutetium	8	9	159	8	theoretical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f12.5p2	L582
Lu X	71	Lutetium	9	10	185	9	theoretical	Sm	[Cd].4f12.5p2		4f12.5s2.5p*	L582
Lu XI	71	Lutetium	10	11	205	10	theoretical	Pm	[Cd].4f12.5p	*	4f12.5s2 3H<6>	L582
Lu XII	71	Lutetium	11	12	238	12	theoretical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L582
Lu XIII	71	Lutetium	12	13	276	14	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f10.5s2	L582
Lu XIV	71	Lutetium	13	14	305	15	theoretical	Ce	[Cd].4f10		4f10.5s	L582
Lu XV	71	Lutetium	14	15	328	16	theoretical	La	[Kr].4d10.4f10.5s		4f10	L582
Lu XVI	71	Lutetium	15	16	361	19	theoretical	Ba	[Kr].4d10.4f10		4f9 6H*<15/2>	L582
Lu XVII	71	Lutetium	16	17	399	20	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Lu XVIII	71	Lutetium	17	18	438	22	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Lu XIX	71	Lutetium	18	19	476	24	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Lu XX	71	Lutetium	19	20	520	30	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Lu XXI	71	Lutetium	20	21	560	30	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Lu XXII	71	Lutetium	21	22	600	30	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Lu XXIII	71	Lutetium	22	23	630	30	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Lu XXIV	71	Lutetium	23	24	670	30	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Lu XXV	71	Lutetium	24	25	713	7	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Lu XXVI	71	Lutetium	25	26	941	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Lu XXVII	71	Lutetium	26	27	985	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Lu XXVIII	71	Lutetium	27	28	1032	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Lu XXIX	71	Lutetium	28	29	1081	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Lu XXX	71	Lutetium	29	30	1130	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Lu XXXI	71	Lutetium	30	31	1178	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Lu XXXII	71	Lutetium	31	32	1242	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Lu XXXIII	71	Lutetium	32	33	1292	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Lu XXXIV	71	Lutetium	33	34	1345	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Lu XXXV	71	Lutetium	34	35	1395	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Lu XXXVI	71	Lutetium	35	36	1591	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Lu XXXVII	71	Lutetium	36	37	1641	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Lu XXXVIII	71	Lutetium	37	38	1696	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Lu XXXIX	71	Lutetium	38	39	1747	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Lu XL	71	Lutetium	39	40	1875	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Lu XLI	71	Lutetium	40	41	1933	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Lu XLII	71	Lutetium	41	42	2067	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Lu XLIII	71	Lutetium	42	43	2125.5	1.1	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Lu XLIV	71	Lutetium	43	44	3590	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Lu XLV	71	Lutetium	44	45	3706	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Lu XLVI	71	Lutetium	45	46	3828	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Lu XLVII	71	Lutetium	46	47	3960	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Lu XLVIII	71	Lutetium	47	48	4086	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Lu XLIX	71	Lutetium	48	49	4211	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Lu L	71	Lutetium	49	50	4403	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Lu LI	71	Lutetium	50	51	4532	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Lu LII	71	Lutetium	51	52	4673	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Lu LIII	71	Lutetium	52	53	4803	4	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Lu LIV	71	Lutetium	53	54	5168	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Lu LV	71	Lutetium	54	55	5282	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Lu LVI	71	Lutetium	55	56	5408	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Lu LVII	71	Lutetium	56	57	5525	5	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Lu LVIII	71	Lutetium	57	58	5937	6	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Lu LIX	71	Lutetium	58	59	6070	6	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Lu LX	71	Lutetium	59	60	6326	7	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Lu LXI	71	Lutetium	60	61	6452	10	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Lu LXII	71	Lutetium	61	62	14228	12	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Lu LXIII	71	Lutetium	62	63	14542	15	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Lu LXIV	71	Lutetium	63	64	14890	19	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Lu LXV	71	Lutetium	64	65	15211	24	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Lu LXVI	71	Lutetium	65	66	16730	30	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Lu LXVII	71	Lutetium	66	67	17120	40	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Lu LXVIII	71	Lutetium	67	68	17610	40	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Lu LXIX	71	Lutetium	68	69	17928.05	0.16	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Lu LXX	71	Lutetium	69	70	72322.87	0.15	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Lu LXXI	71	Lutetium	70	71	73804.35	0.24	theoretical	H	1s	2S<1/2>		L19200
Hf I	72	Hafnium	0	1	6.82507	0.000012	experimental	Hf	[Xe].4f14.5d2.6s2	3F<2>	5d.6s2 2D<3/2>	L14027,L10033
Hf II	72	Hafnium	1	2	14.61	0.04	theoretical	Lu	[Xe].4f14.5d.6s2	2D<3/2>	5d2 3F<2>	L19691
Hf III	72	Hafnium	2	3	22.55	0.04	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L19691
Hf IV	72	Hafnium	3	4	33.37	0.025	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Hf V	72	Hafnium	4	5	68.37	0.04	semi-empirical	Er	[Xe].4f14	1S0	4f13.5p6 2F*<7/2>	L3654
Hf VI	72	Hafnium	5	6	98	5	theoretical	Ho	[Xe].4f13	2F*<7/2>	4f13.5p5	L582
Hf VII	72	Hafnium	6	7	118	6	theoretical	Dy	[Cd].4f13.5p5		4f13.5p4*	L582
Hf VIII	72	Hafnium	7	8	137	7	theoretical	Tb	[Cd].4f13.5p4	*	4f13.5p3	L582
Hf IX	72	Hafnium	8	9	157	8	theoretical	Gd	[Cd].4f13.5p3		4f13.5p2 4F*<7/2>	L582
Hf X	72	Hafnium	9	10	187	9	theoretical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f12.5p2	L582
Hf XI	72	Hafnium	10	11	209	10	theoretical	Sm	[Cd].4f12.5p2		4f12.5s2.5p*	L582
Hf XII	72	Hafnium	11	12	230	12	theoretical	Pm	[Cd].4f12.5p	*	4f12.5s2 3H<6>	L582
Hf XIII	72	Hafnium	12	13	270	14	theoretical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L582
Hf XIV	72	Hafnium	13	14	310	15	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f11.5s 5I*<4>	L582
Hf XV	72	Hafnium	14	15	334	16	theoretical	Ce	[Kr].4d10.4f11.5s	5I*<8>	4f11*	L582
Hf XVI	72	Hafnium	15	16	359	17	theoretical	La	[Kr].4d10.4f11	*	4f10	L582
Hf XVII	72	Hafnium	16	17	399	20	theoretical	Ba	[Kr].4d10.4f10		4f9 6H*<15/2>	L582
Hf XVIII	72	Hafnium	17	18	440	22	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Hf XIX	72	Hafnium	18	19	481	24	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Hf XX	72	Hafnium	19	20	520	30	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Hf XXI	72	Hafnium	20	21	570	30	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Hf XXII	72	Hafnium	21	22	610	30	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Hf XXIII	72	Hafnium	22	23	650	30	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Hf XXIV	72	Hafnium	23	24	690	30	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Hf XXV	72	Hafnium	24	25	730	40	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Hf XXVI	72	Hafnium	25	26	772	9	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Hf XXVII	72	Hafnium	26	27	1002	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Hf XXVIII	72	Hafnium	27	28	1047	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Hf XXIX	72	Hafnium	28	29	1094	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Hf XXX	72	Hafnium	29	30	1146	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Hf XXXI	72	Hafnium	30	31	1195	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Hf XXXII	72	Hafnium	31	32	1245	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Hf XXXIII	72	Hafnium	32	33	1311	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Hf XXXIV	72	Hafnium	33	34	1362	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Hf XXXV	72	Hafnium	34	35	1417	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Hf XXXVI	72	Hafnium	35	36	1467	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Hf XXXVII	72	Hafnium	36	37	1669	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Hf XXXVIII	72	Hafnium	37	38	1719	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Hf XXXIX	72	Hafnium	38	39	1776	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Hf XL	72	Hafnium	39	40	1827	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Hf XLI	72	Hafnium	40	41	1963	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Hf XLII	72	Hafnium	41	42	2022	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Hf XLIII	72	Hafnium	42	43	2159	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Hf XLIV	72	Hafnium	43	44	2218.9	1.1	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Hf XLV	72	Hafnium	44	45	3741	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Hf XLVI	72	Hafnium	45	46	3858	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Hf XLVII	72	Hafnium	46	47	3984	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Hf XLVIII	72	Hafnium	47	48	4118	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Hf XLIX	72	Hafnium	48	49	4246	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Hf L	72	Hafnium	49	50	4372	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Hf LI	72	Hafnium	50	51	4573	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Hf LII	72	Hafnium	51	52	4703	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Hf LIII	72	Hafnium	52	53	4846	4	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Hf LIV	72	Hafnium	53	54	4980	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Hf LV	72	Hafnium	54	55	5350	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Hf LVI	72	Hafnium	55	56	5468	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Hf LVII	72	Hafnium	56	57	5595	5	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Hf LVIII	72	Hafnium	57	58	5713	6	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Hf LIX	72	Hafnium	58	59	6149	6	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Hf LX	72	Hafnium	59	60	6284	7	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Hf LXI	72	Hafnium	60	61	6545	10	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Hf LXII	72	Hafnium	61	62	6674	12	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Hf LXIII	72	Hafnium	62	63	14678	15	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Hf LXIV	72	Hafnium	63	64	14999	19	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Hf LXV	72	Hafnium	64	65	15351	24	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Hf LXVI	72	Hafnium	65	66	15680	30	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Hf LXVII	72	Hafnium	66	67	17280	40	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Hf LXVIII	72	Hafnium	67	68	17680	40	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Hf LXIX	72	Hafnium	68	69	18180	50	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Hf LXX	72	Hafnium	69	70	18502.32	0.17	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Hf LXXI	72	Hafnium	70	71	74565.91	0.16	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Hf LXXII	72	Hafnium	71	72	76077.7	0.11	theoretical	H	1s	2S<1/2>		L19200
Ta I	73	Tantalum	0	1	7.549571	0.000025	experimental	Ta	[Xe].4f14.5d3.6s2	4F<3/2>	5d3.6s 5F<1>	L13153
Ta II	73	Tantalum	1	2	16.2	0.5	semi-empirical	Hf	[Xe].4f14.5d3.6s	5F<1>	5d3 4F<3/2>	L16139
Ta III	73	Tantalum	2	3	23.1	1.6	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Ta IV	73	Tantalum	3	4	35	1.7	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Ta V	73	Tantalum	4	5	48.272	0.025	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Ta VI	73	Tantalum	5	6	94.01	0.05	semi-empirical	Er	[Xe].4f14	1S0	4f13.5p6 2F*<7/2>	L3654
Ta VII	73	Tantalum	6	7	119	6	theoretical	Ho	[Xe].4f13	2F*<7/2>	4f13.5p5	L582
Ta VIII	73	Tantalum	7	8	139	7	theoretical	Dy	[Cd].4f13.5p5		4f13.5p4*	L582
Ta IX	73	Tantalum	8	9	159	8	theoretical	Tb	[Cd].4f13.5p4	*	4f13.5p3	L582
Ta X	73	Tantalum	9	10	180	9	theoretical	Gd	[Cd].4f13.5p3		4f13.5p2 4F*<7/2>	L582
Ta XI	73	Tantalum	10	11	213	11	theoretical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f13.5p	L582
Ta XII	73	Tantalum	11	12	235	12	theoretical	Sm	[Cd].4f13.5p		4f13.5s2 2F*<7/2>	L582
Ta XIII	73	Tantalum	12	13	262	14	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Ta XIV	73	Tantalum	13	14	304	15	theoretical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L582
Ta XV	73	Tantalum	14	15	338	17	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f11.5s 5I*<4>	L582
Ta XVI	73	Tantalum	15	16	363	19	theoretical	Ce	[Kr].4d10.4f11.5s	5I*<8>	4f11*	L582
Ta XVII	73	Tantalum	16	17	396	20	theoretical	La	[Kr].4d10.4f11	*	4f10	L582
Ta XVIII	73	Tantalum	17	18	439	22	theoretical	Ba	[Kr].4d10.4f10		4f9 6H*<15/2>	L582
Ta XIX	73	Tantalum	18	19	482	24	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Ta XX	73	Tantalum	19	20	530	30	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Ta XXI	73	Tantalum	20	21	570	30	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Ta XXII	73	Tantalum	21	22	610	30	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Ta XXIII	73	Tantalum	22	23	660	30	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Ta XXIV	73	Tantalum	23	24	700	30	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Ta XXV	73	Tantalum	24	25	750	40	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Ta XXVI	73	Tantalum	25	26	790	40	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Ta XXVII	73	Tantalum	26	27	832	10	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Ta XXVIII	73	Tantalum	27	28	1064	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ta XXIX	73	Tantalum	28	29	1110	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ta XXX	73	Tantalum	29	30	1160	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ta XXXI	73	Tantalum	30	31	1211	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ta XXXII	73	Tantalum	31	32	1262	4	theoretical	Mo	[Kr].4d6	5D<4>	4d5 6S<5/2>	L8672c99
Ta XXXIII	73	Tantalum	32	33	1313	4	theoretical	Nb	[Kr].4d5	6S<5/2>	4d4 5D<0>	L8672c99
Ta XXXIV	73	Tantalum	33	34	1382	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ta XXXV	73	Tantalum	34	35	1434	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ta XXXVI	73	Tantalum	35	36	1490	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ta XXXVII	73	Tantalum	36	37	1542	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ta XXXVIII	73	Tantalum	37	38	1748	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ta XXXIX	73	Tantalum	38	39	1799	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ta XL	73	Tantalum	39	40	1857	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 4S*<3/2>	L8672c99
Ta XLI	73	Tantalum	40	41	1910	4	theoretical	As	[Ar].3d10.4s2.4p3	4S*<3/2>	4p2 3P<0>	L8672c99
Ta XLII	73	Tantalum	41	42	2053	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ta XLIII	73	Tantalum	42	43	2113	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ta XLIV	73	Tantalum	43	44	2254	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ta XLV	73	Tantalum	44	45	2314.7	1.9	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L5473
Ta XLVI	73	Tantalum	45	46	3898.7	2.5	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Ta XLVII	73	Tantalum	46	47	4014	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ta XLVIII	73	Tantalum	47	48	4143	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ta XLIX	73	Tantalum	48	49	4278	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ta L	73	Tantalum	49	50	4410	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ta LI	73	Tantalum	50	51	4537	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ta LII	73	Tantalum	51	52	4745	4	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ta LIII	73	Tantalum	52	53	4877	4	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ta LIV	73	Tantalum	53	54	5024	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ta LV	73	Tantalum	54	55	5159	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ta LVI	73	Tantalum	55	56	5537	5	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ta LVII	73	Tantalum	56	57	5655	5	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ta LVIII	73	Tantalum	57	58	5785	6	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ta LIX	73	Tantalum	58	59	5907	6	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ta LX	73	Tantalum	59	60	6364	7	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ta LXI	73	Tantalum	60	61	6502	10	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ta LXII	73	Tantalum	61	62	6769	12	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ta LXIII	73	Tantalum	62	63	6900	15	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ta LXIV	73	Tantalum	63	64	15137	19	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ta LXV	73	Tantalum	64	65	15461	24	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ta LXVI	73	Tantalum	65	66	15820	30	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ta LXVII	73	Tantalum	66	67	16150	40	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ta LXVIII	73	Tantalum	67	68	17840	40	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ta LXIX	73	Tantalum	68	69	18250	50	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ta LXX	73	Tantalum	69	70	18760	50	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ta LXXI	73	Tantalum	70	71	19088.51	0.19	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ta LXXII	73	Tantalum	71	72	76852	0.17	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ta LXXIII	73	Tantalum	72	73	78394.63	0.12	theoretical	H	1s	2S<1/2>		L19200
W I	74	Tungsten	0	1	7.86403	0.0001	experimental	W	[Xe].4f14.5d4.6s2	5D0	5d4.6s 6D<1/2>	L11604
W II	74	Tungsten	1	2	16.37	0.15	semi-empirical	Ta	[Xe].4f14.5d4.6s	6D<1/2>	5d4 5D<0>	L12177
W III	74	Tungsten	2	3	26	0.4	semi-empirical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L9087
W IV	74	Tungsten	3	4	38.2	0.4	semi-empirical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L9087
W V	74	Tungsten	4	5	51.6	0.3	semi-empirical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L9087
W VI	74	Tungsten	5	6	64.77	0.04	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L4597
W VII	74	Tungsten	6	7	122.01	0.06	semi-empirical	Er	[Xe].4f14	1S0	4f13.5p6 2F*<7/2>	L3694
W VIII	74	Tungsten	7	8	141.2	1.2	semi-empirical	Ho	[Xe].4f13	2F*<7/2>	4f14.5p4 3P<2>	L9087
W IX	74	Tungsten	8	9	160.2	1.2	semi-empirical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L9087
W X	74	Tungsten	9	10	179	1.2	semi-empirical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L9087
W XI	74	Tungsten	10	11	208.9	1.2	semi-empirical	Gd	[Cd].4f14.5p2	3P0	4f13.5p2 4F*<7/2>	L9087
W XII	74	Tungsten	11	12	231.6	1.2	semi-empirical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f14 1S<0>	L9087
W XIII	74	Tungsten	12	13	258.3	1.2	semi-empirical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L9087
W XIV	74	Tungsten	13	14	290.7	1.2	semi-empirical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L9087
W XV	74	Tungsten	14	15	325.3	1.5	semi-empirical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L9087
W XVI	74	Tungsten	15	16	361.9	1.5	semi-empirical	Pr	[Cd].4f11	4I*<15/2>	4f11.5s 5I*<8>	L9087
W XVII	74	Tungsten	16	17	387.9	1.2	semi-empirical	Ce	[Kr].4d10.4f11.5s	5I*<8>	4f11 4I*<15/2>	L9087
W XVIII	74	Tungsten	17	18	420.7	1.4	semi-empirical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L9087
W XIX	74	Tungsten	18	19	462.1	1.4	semi-empirical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L9087
W XX	74	Tungsten	19	20	502.6	1.4	semi-empirical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L9087
W XXI	74	Tungsten	20	21	543.4	1.4	semi-empirical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L9087
W XXII	74	Tungsten	21	22	594.5	1.5	semi-empirical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L9087
W XXIII	74	Tungsten	22	23	640.6	1.5	semi-empirical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L9087
W XXIV	74	Tungsten	23	24	685.6	1.6	semi-empirical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L9087
W XXV	74	Tungsten	24	25	734.1	1.7	semi-empirical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L9087
W XXVI	74	Tungsten	25	26	784.4	1.9	semi-empirical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L9087
W XXVII	74	Tungsten	26	27	833.4	1.9	semi-empirical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L9087
W XXVIII	74	Tungsten	27	28	881.4	1.6	semi-empirical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L9087
W XXIX	74	Tungsten	28	29	1132.2	1.4	semi-empirical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L9087
W XXX	74	Tungsten	29	30	1180	1.4	semi-empirical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L9087
W XXXI	74	Tungsten	30	31	1230.4	1.4	semi-empirical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L9087
W XXXII	74	Tungsten	31	32	1283.4	1.4	semi-empirical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L9087
W XXXIII	74	Tungsten	32	33	1335.1	1.4	semi-empirical	Mo	[Kr].4d6	5D<4>	4d5 4P<5/2>	L9087
W XXXIV	74	Tungsten	33	34	1386.8	1.4	semi-empirical	Nb	[Kr].4d5	4P<5/2>	4d4 3P1<0>	L9087
W XXXV	74	Tungsten	34	35	1459.9	1.5	semi-empirical	Zr	[Kr].4d4	3P10	4d3 4F<3/2>	L9087
W XXXVI	74	Tungsten	35	36	1512.4	1.5	semi-empirical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L9087
W XXXVII	74	Tungsten	36	37	1569.1	1.5	semi-empirical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L9087
W XXXVIII	74	Tungsten	37	38	1621.7	1.5	semi-empirical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L9087
W XXXIX	74	Tungsten	38	39	1829.8	1.9	semi-empirical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L9087
W XL	74	Tungsten	39	40	1882.9	2	semi-empirical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L9087
W XLI	74	Tungsten	40	41	1940.6	2	semi-empirical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p3 2D*<3/2>	L9087
W XLII	74	Tungsten	41	42	1994.8	2	semi-empirical	As	[Ar].3d10.4s2.4p3	2D*<3/2>	4p2 3P<0>	L9087
W XLIII	74	Tungsten	42	43	2149.1	2.1	semi-empirical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L9087
W XLIV	74	Tungsten	43	44	2210	1.5	semi-empirical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L9087
W XLV	74	Tungsten	44	45	2354.5	1.4	semi-empirical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L9087
W XLVI	74	Tungsten	45	46	2414.1	0.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10257
W XLVII	74	Tungsten	46	47	4057	3	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
W XLVIII	74	Tungsten	47	48	4180	4	semi-empirical	Co	[Ar].3d9	2D<5/2>	3d4<3/2>.3d4<5/2> (0,4)<4>	L9087
W XLIX	74	Tungsten	48	49	4309	4	semi-empirical	Fe	[Ar].3d8	(0,4)<4>	3d4<3/2>.3d3<5/2> (0,9/2)<9/2>	L9087
W L	74	Tungsten	49	50	4446	4	semi-empirical	Mn	[Ar].3d7	(0,9/2)<9/2>	3d-4.3d+2 (0,4)<4>	L9087
W LI	74	Tungsten	50	51	4578	4	semi-empirical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L9087
W LII	74	Tungsten	51	52	4709	4	semi-empirical	V	[Ar].3d5	(0,5/2)<5/2>	3d-4 (0,0)<0>	L9087
W LIII	74	Tungsten	52	53	4927	4	semi-empirical	Ti	[Ar].3d4	(0,0)0	3d3 (3/2,0)<3/2>	L9087
W LIV	74	Tungsten	53	54	5063	4	semi-empirical	Sc	[Ar].3d3	(3/2,0)<3/2>	3d2 (3/2,3/2)<2>	L14671
W LV	74	Tungsten	54	55	5209	4	semi-empirical	Ca	[Ar].3d2	(3/2,3/2)<2>	3d 2D<3/2>	L9087
W LVI	74	Tungsten	55	56	5348	4	semi-empirical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L9087
W LVII	74	Tungsten	56	57	5719	5	semi-empirical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L9087
W LVIII	74	Tungsten	57	58	5840	5	semi-empirical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L9087
W LIX	74	Tungsten	58	59	5970	5	semi-empirical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L9087
W LX	74	Tungsten	59	60	6093	5	semi-empirical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L9087
W LXI	74	Tungsten	60	61	6596	7	semi-empirical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L14671
W LXII	74	Tungsten	61	62	6735	7	semi-empirical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L9087
W LXIII	74	Tungsten	62	63	7000	7	semi-empirical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L9087
W LXIV	74	Tungsten	63	64	7130	7	semi-empirical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L9087
W LXV	74	Tungsten	64	65	15566	11	semi-empirical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L9087
W LXVI	74	Tungsten	65	66	15896	11	semi-empirical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L9087
W LXVII	74	Tungsten	66	67	16252	11	semi-empirical	O	1s2.2s2.2p4	3P<2>	2p3 2P*<3/2>	L14671
W LXVIII	74	Tungsten	67	68	16588	11	semi-empirical	N	1s2.2s2.2p3	2P*<3/2>	2p2 3P<0>	L9087
W LXIX	74	Tungsten	68	69	18476	4	semi-empirical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L9087
W LXX	74	Tungsten	69	70	18872	3	semi-empirical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L9087
W LXXI	74	Tungsten	70	71	19362	3	semi-empirical	Be	1s2.2s2	1S0	2s 2S<1/2>	L9087
W LXXII	74	Tungsten	71	72	19686.74	0.2	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
W LXXIII	74	Tungsten	72	73	79181.94	0.19	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
W LXXIV	74	Tungsten	73	74	80755.91	0.14	theoretical	H	1s	2S<1/2>		L19200
Re I	75	Rhenium	0	1	7.83352	0.00011	experimental	Re	[Xe].4f14.5d5.6s2	6S<5/2>	5d5.6s 7S<3>	L11604
Re II	75	Rhenium	1	2	16.6	0.5	semi-empirical	W	[Xe].4f14.5d5.6s	7S<3>	5d5 6S<5/2>	L16139
Re III	75	Rhenium	2	3	27	1.6	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Re IV	75	Rhenium	3	4	39.1	1.7	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Re V	75	Rhenium	4	5	51.9	1.9	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Re VI	75	Rhenium	5	6	67	2	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Re VII	75	Rhenium	6	7	82.71	0.05	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L4597
Re VIII	75	Rhenium	7	8	144.4	0.4	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Re IX	75	Rhenium	8	9	165	8	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Re X	75	Rhenium	9	10	187	9	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Re XI	75	Rhenium	10	11	208	10	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Re XII	75	Rhenium	11	12	236	12	theoretical	Gd	[Cd].4f14.5p2	3P0	4f13.5p2 4F*<7/2>	L582
Re XIII	75	Rhenium	12	13	268	14	theoretical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f13.5p	L582
Re XIV	75	Rhenium	13	14	291	15	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Re XV	75	Rhenium	14	15	330	16	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Re XVI	75	Rhenium	15	16	377	19	theoretical	Nd	[Cd].4f12	3H<6>	4f11.5s2 4I*<15/2>	L582
Re XVII	75	Rhenium	16	17	403	20	theoretical	Pr	[Cd].4f11	4I*<15/2>	4f12	L582
Re XVIII	75	Rhenium	17	18	429	21	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Re XIX	75	Rhenium	18	19	476	24	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Re XX	75	Rhenium	19	20	520	30	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Re XXI	75	Rhenium	20	21	570	30	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Re XXII	75	Rhenium	21	22	620	30	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Re XXIII	75	Rhenium	22	23	670	30	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Re XXIV	75	Rhenium	23	24	720	40	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Re XXV	75	Rhenium	24	25	760	40	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Re XXVI	75	Rhenium	25	26	810	40	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Re XXVII	75	Rhenium	26	27	860	40	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Re XXVIII	75	Rhenium	27	28	910	50	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Re XXIX	75	Rhenium	28	29	953	19	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Re XXX	75	Rhenium	29	30	1194	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Re XXXI	75	Rhenium	30	31	1242	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Re XXXII	75	Rhenium	31	32	1294	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Re XXXIII	75	Rhenium	32	33	1349	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Re XXXIV	75	Rhenium	33	34	1402	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Re XXXV	75	Rhenium	34	35	1454	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Re XXXVI	75	Rhenium	35	36	1530	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Re XXXVII	75	Rhenium	36	37	1583	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Re XXXVIII	75	Rhenium	37	38	1641	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Re XXXIX	75	Rhenium	38	39	1696	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Re XL	75	Rhenium	39	40	1912	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Re XLI	75	Rhenium	40	41	1966	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Re XLII	75	Rhenium	41	42	2025	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Re XLIII	75	Rhenium	42	43	2080	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Re XLIV	75	Rhenium	43	44	2240	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Re XLV	75	Rhenium	44	45	2302	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Re XLVI	75	Rhenium	45	46	2450	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Re XLVII	75	Rhenium	46	47	2514.5	0.3	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10257
Re XLVIII	75	Rhenium	47	48	4214	4	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Re XLIX	75	Rhenium	48	49	4335	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Re L	75	Rhenium	49	50	4468	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Re LI	75	Rhenium	50	51	4609	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Re LII	75	Rhenium	51	52	4745	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Re LIII	75	Rhenium	52	53	4877	4	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Re LIV	75	Rhenium	53	54	5099	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Re LV	75	Rhenium	54	55	5236	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Re LVI	75	Rhenium	55	56	5388	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Re LVII	75	Rhenium	56	57	5528	5	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Re LVIII	75	Rhenium	57	58	5919	6	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Re LIX	75	Rhenium	58	59	6042	6	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Re LX	75	Rhenium	59	60	6176	7	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Re LXI	75	Rhenium	60	61	6300	10	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Re LXII	75	Rhenium	61	62	6810	12	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Re LXIII	75	Rhenium	62	63	6952	15	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Re LXIV	75	Rhenium	63	64	7230	19	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Re LXV	75	Rhenium	64	65	7366	24	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Re LXVI	75	Rhenium	65	66	16080	30	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Re LXVII	75	Rhenium	66	67	16410	40	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Re LXVIII	75	Rhenium	67	68	16780	40	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Re LXIX	75	Rhenium	68	69	17120	50	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Re LXX	75	Rhenium	69	70	19000	50	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Re LXXI	75	Rhenium	70	71	19420	60	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Re LXXII	75	Rhenium	71	72	19950	60	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Re LXXIII	75	Rhenium	72	73	20297.4	0.21	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Re LXXIV	75	Rhenium	73	74	81556.58	0.2	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Re LXXV	75	Rhenium	74	75	83162.41	0.24	theoretical	H	1s	2S<1/2>		L19200
Os I	76	Osmium	0	1	8.43823	0.0002	experimental	Os	[Xe].4f14.5d6.6s2	5D<4>	5d6.6s 6D<9/2>	L8105
Os II	76	Osmium	1	2	17	1	semi-empirical	Re	[Xe].4f14.5d6.6s	6D<9/2>	5d6 5D<4>	L16139
Os III	76	Osmium	2	3	25	1.6	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Os IV	76	Osmium	3	4	41	1.7	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Os V	76	Osmium	4	5	55	1.9	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Os VI	76	Osmium	5	6	70.1	2	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Os VII	76	Osmium	6	7	85.1	2	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Os VIII	76	Osmium	7	8	102.02	0.07	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L4597
Os IX	76	Osmium	8	9	168.7	0.5	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Os X	76	Osmium	9	10	190	10	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Os XI	76	Osmium	10	11	213	11	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Os XII	76	Osmium	11	12	235	12	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Os XIII	76	Osmium	12	13	269	14	theoretical	Gd	[Cd].4f14.5p2	3P0	4f13.5p2 4F*<7/2>	L582
Os XIV	76	Osmium	13	14	298	15	theoretical	Eu	[Cd].4f13.5p2	4F*<7/2>	4f13.5p	L582
Os XV	76	Osmium	14	15	322	16	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Os XVI	76	Osmium	15	16	367	19	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Os XVII	76	Osmium	16	17	410	21	theoretical	Nd	[Cd].4f12	3H<6>	4f12.5s	L582
Os XVIII	76	Osmium	17	18	436	22	theoretical	Pr	[Kr].4d10.4f12.5s		4f12	L582
Os XIX	76	Osmium	18	19	470	24	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Os XX	76	Osmium	19	20	520	30	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Os XXI	76	Osmium	20	21	570	30	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Os XXII	76	Osmium	21	22	620	30	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Os XXIII	76	Osmium	22	23	670	30	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Os XXIV	76	Osmium	23	24	720	40	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Os XXV	76	Osmium	24	25	770	40	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Os XXVI	76	Osmium	25	26	820	40	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Os XXVII	76	Osmium	26	27	870	40	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Os XXVIII	76	Osmium	27	28	920	50	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Os XXIX	76	Osmium	28	29	970	50	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Os XXX	76	Osmium	29	30	1015	25	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582c99
Os XXXI	76	Osmium	30	31	1262	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Os XXXII	76	Osmium	31	32	1311	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Os XXXIII	76	Osmium	32	33	1364	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Os XXXIV	76	Osmium	33	34	1420	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Os XXXV	76	Osmium	34	35	1474	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Os XXXVI	76	Osmium	35	36	1528	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Os XXXVII	76	Osmium	36	37	1606	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Os XXXVIII	76	Osmium	37	38	1660	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Os XXXIX	76	Osmium	38	39	1720	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Os XL	76	Osmium	39	40	1776	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Os XLI	76	Osmium	40	41	1996	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Os XLII	76	Osmium	41	42	2052	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Os XLIII	76	Osmium	42	43	2112	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Os XLIV	76	Osmium	43	44	2168	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Os XLV	76	Osmium	44	45	2336	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Os XLVI	76	Osmium	45	46	2400	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Os XLVII	76	Osmium	46	47	2552	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Os XLVIII	76	Osmium	47	48	2615.5	1.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Os XLIX	76	Osmium	48	49	4374	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Os L	76	Osmium	49	50	4501	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Os LI	76	Osmium	50	51	4635	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Os LII	76	Osmium	51	52	4779	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Os LIII	76	Osmium	52	53	4917	4	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Os LIV	76	Osmium	53	54	5052	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Os LV	76	Osmium	54	55	5280	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Os LVI	76	Osmium	55	56	5421	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Os LVII	76	Osmium	56	57	5575	5	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Os LVIII	76	Osmium	57	58	5717	6	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Os LIX	76	Osmium	58	59	6115	6	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Os LX	76	Osmium	59	60	6240	7	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Os LXI	76	Osmium	60	61	6376	10	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Os LXII	76	Osmium	61	62	6503	12	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Os LXIII	76	Osmium	62	63	7039	15	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Os LXIV	76	Osmium	63	64	7185	19	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Os LXV	76	Osmium	64	65	7468	24	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Os LXVI	76	Osmium	65	66	7610	30	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Os LXVII	76	Osmium	66	67	16560	40	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Os LXVIII	76	Osmium	67	68	16900	40	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Os LXIX	76	Osmium	68	69	17270	50	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Os LXX	76	Osmium	69	70	17620	50	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Os LXXI	76	Osmium	70	71	19600	60	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Os LXXII	76	Osmium	71	72	20030	60	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Os LXXIII	76	Osmium	72	73	20570	70	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Os LXXIV	76	Osmium	73	74	20920.6	0.22	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Os LXXV	76	Osmium	74	75	83976.18	0.22	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Os LXXVI	76	Osmium	75	76	85614.42	0.15	theoretical	H	1s	2S<1/2>		L19200
Ir I	77	Iridium	0	1	8.96702	0.00022	experimental	Ir	[Xe].4f14.5d7.6s2	4F<9/2>	5d7.6s 5F<5>	L8105
Ir II	77	Iridium	1	2	17	0.3	semi-empirical	Os	[Xe].4f14.5d7.6s	5F<5>	5d7 4F<9/2>	L16139
Ir III	77	Iridium	2	3	28	1.6	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Ir IV	77	Iridium	3	4	40	1.7	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Ir V	77	Iridium	4	5	57	1.9	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Ir VI	77	Iridium	5	6	72	2	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Ir VII	77	Iridium	6	7	89	2	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Ir VIII	77	Iridium	7	8	105	2.1	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Ir IX	77	Iridium	8	9	122.7	0.9	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Ir X	77	Iridium	9	10	194.8	0.6	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Ir XI	77	Iridium	10	11	217	11	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Ir XII	77	Iridium	11	12	240	12	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Ir XIII	77	Iridium	12	13	264	14	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Ir XIV	77	Iridium	13	14	303	15	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Ir XV	77	Iridium	14	15	329	16	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Ir XVI	77	Iridium	15	16	356	17	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Ir XVII	77	Iridium	16	17	407	20	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Ir XVIII	77	Iridium	17	18	445	22	theoretical	Nd	[Cd].4f12	3H<6>	4f12.5s	L582
Ir XIX	77	Iridium	18	19	472	24	theoretical	Pr	[Kr].4d10.4f12.5s		4f12	L582
Ir XX	77	Iridium	19	20	510	30	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Ir XXI	77	Iridium	20	21	560	30	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Ir XXII	77	Iridium	21	22	610	30	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Ir XXIII	77	Iridium	22	23	670	30	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Ir XXIV	77	Iridium	23	24	720	40	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Ir XXV	77	Iridium	24	25	770	40	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Ir XXVI	77	Iridium	25	26	820	40	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Ir XXVII	77	Iridium	26	27	870	40	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Ir XXVIII	77	Iridium	27	28	920	50	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Ir XXIX	77	Iridium	28	29	980	50	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Ir XXX	77	Iridium	29	30	1030	50	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Ir XXXI	77	Iridium	30	31	1080	50	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Ir XXXII	77	Iridium	31	32	1331	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ir XXXIII	77	Iridium	32	33	1381	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ir XXXIV	77	Iridium	33	34	1436	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ir XXXV	77	Iridium	34	35	1493	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ir XXXVI	77	Iridium	35	36	1548	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Ir XXXVII	77	Iridium	36	37	1603	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Ir XXXVIII	77	Iridium	37	38	1684	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ir XXXIX	77	Iridium	38	39	1739	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ir XL	77	Iridium	39	40	1801	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ir XLI	77	Iridium	40	41	1857	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ir XLII	77	Iridium	41	42	2083	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ir XLIII	77	Iridium	42	43	2139	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ir XLIV	77	Iridium	43	44	2201	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Ir XLV	77	Iridium	44	45	2258	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Ir XLVI	77	Iridium	45	46	2435	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ir XLVII	77	Iridium	46	47	2500	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ir XLVIII	77	Iridium	47	48	2656	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ir XLIX	77	Iridium	48	49	2720.4	1.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Ir L	77	Iridium	49	50	4540	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ir LI	77	Iridium	50	51	4668	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ir LII	77	Iridium	51	52	4806	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ir LIII	77	Iridium	52	53	4952	4	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ir LIV	77	Iridium	53	54	5092	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ir LV	77	Iridium	54	55	5229	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ir LVI	77	Iridium	55	56	5466	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ir LVII	77	Iridium	56	57	5609	5	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ir LVIII	77	Iridium	57	58	5765	6	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ir LIX	77	Iridium	58	59	5910	6	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ir LX	77	Iridium	59	60	6315	7	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ir LXI	77	Iridium	60	61	6441	10	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ir LXII	77	Iridium	61	62	6580	12	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ir LXIII	77	Iridium	62	63	6708	15	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ir LXIV	77	Iridium	63	64	7274	19	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ir LXV	77	Iridium	64	65	7421	24	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ir LXVI	77	Iridium	65	66	7710	30	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ir LXVII	77	Iridium	66	67	7850	40	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ir LXVIII	77	Iridium	67	68	17040	40	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ir LXIX	77	Iridium	68	69	17390	50	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ir LXX	77	Iridium	69	70	17770	50	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ir LXXI	77	Iridium	70	71	18120	60	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ir LXXII	77	Iridium	71	72	20210	60	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ir LXXIII	77	Iridium	72	73	20650	70	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ir LXXIV	77	Iridium	73	74	21200	90	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ir LXXV	77	Iridium	74	75	21556.6	0.24	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ir LXXVI	77	Iridium	75	76	86442.44	0.25	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ir LXXVII	77	Iridium	76	77	88113.6	1.4	theoretical	H	1s	2S<1/2>		L19200
Pt I	78	Platinum	0	1	8.95883	0.0001	experimental	Pt	[Xe].4f14.5d9.6s	3D<3>	5d9 2D<5/2>	L9735,L11689
Pt II	78	Platinum	1	2	18.56	0.12	experimental	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L3466,L3539
Pt III	78	Platinum	2	3	29	1.6	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Pt IV	78	Platinum	3	4	43	1.7	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Pt V	78	Platinum	4	5	56	1.9	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Pt VI	78	Platinum	5	6	75	2	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Pt VII	78	Platinum	6	7	91	2	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Pt VIII	78	Platinum	7	8	109	2.1	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Pt IX	78	Platinum	8	9	126	2.2	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Pt X	78	Platinum	9	10	144.9	1.1	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Pt XI	78	Platinum	10	11	220.4	0.9	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Pt XII	78	Platinum	11	12	245	12	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Pt XIII	78	Platinum	12	13	269	14	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Pt XIV	78	Platinum	13	14	293	15	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Pt XV	78	Platinum	14	15	332	16	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Pt XVI	78	Platinum	15	16	358	17	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Pt XVII	78	Platinum	16	17	392	20	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Pt XVIII	78	Platinum	17	18	445	22	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Pt XIX	78	Platinum	18	19	479	24	theoretical	Nd	[Cd].4f12	3H<6>	4f12.5s	L582
Pt XX	78	Platinum	19	20	507	25	theoretical	Pr	[Kr].4d10.4f12.5s		4f12	L582
Pt XXI	78	Platinum	20	21	550	30	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Pt XXII	78	Platinum	21	22	610	30	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Pt XXIII	78	Platinum	22	23	660	30	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Pt XXIV	78	Platinum	23	24	710	40	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Pt XXV	78	Platinum	24	25	760	40	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Pt XXVI	78	Platinum	25	26	820	40	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Pt XXVII	78	Platinum	26	27	870	40	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Pt XXVIII	78	Platinum	27	28	930	50	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Pt XXIX	78	Platinum	28	29	980	50	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Pt XXX	78	Platinum	29	30	1040	50	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Pt XXXI	78	Platinum	30	31	1090	50	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Pt XXXII	78	Platinum	31	32	1140	60	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Pt XXXIII	78	Platinum	32	33	1402	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pt XXXIV	78	Platinum	33	34	1454	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pt XXXV	78	Platinum	34	35	1509	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pt XXXVI	78	Platinum	35	36	1567	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pt XXXVII	78	Platinum	36	37	1624	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Pt XXXVIII	78	Platinum	37	38	1680	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Pt XXXIX	78	Platinum	38	39	1763	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pt XL	78	Platinum	39	40	1821	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pt XLI	78	Platinum	40	41	1883	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pt XLII	78	Platinum	41	42	1941	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pt XLIII	78	Platinum	42	43	2171	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pt XLIV	78	Platinum	43	44	2228	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pt XLV	78	Platinum	44	45	2291	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Pt XLVI	78	Platinum	45	46	2350	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Pt XLVII	78	Platinum	46	47	2536	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pt XLVIII	78	Platinum	47	48	2603	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pt XLIX	78	Platinum	48	49	2762	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pt L	78	Platinum	49	50	2827.8	1.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Pt LI	78	Platinum	50	51	4715	4	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Pt LII	78	Platinum	51	52	4839	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pt LIII	78	Platinum	52	53	4980	4	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pt LIV	78	Platinum	53	54	5128	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pt LV	78	Platinum	54	55	5270	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pt LVI	78	Platinum	55	56	5410	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pt LVII	78	Platinum	56	57	5654	5	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pt LVIII	78	Platinum	57	58	5800	6	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pt LIX	78	Platinum	58	59	5959	6	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pt LX	78	Platinum	59	60	6106	7	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pt LXI	78	Platinum	60	61	6517	10	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pt LXII	78	Platinum	61	62	6646	12	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pt LXIII	78	Platinum	62	63	6787	15	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pt LXIV	78	Platinum	63	64	6918	19	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pt LXV	78	Platinum	64	65	7512	24	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pt LXVI	78	Platinum	65	66	7660	30	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pt LXVII	78	Platinum	66	67	7960	40	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pt LXVIII	78	Platinum	67	68	8100	40	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pt LXIX	78	Platinum	68	69	17540	50	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pt LXX	78	Platinum	69	70	17890	50	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pt LXXI	78	Platinum	70	71	18280	60	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pt LXXII	78	Platinum	71	72	18630	60	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pt LXXIII	78	Platinum	72	73	20840	70	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pt LXXIV	78	Platinum	73	74	21280	90	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pt LXXV	78	Platinum	74	75	21840	90	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pt LXXVI	78	Platinum	75	76	22205.7	0.3	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pt LXXVII	78	Platinum	76	77	88955.1	0.3	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pt LXXVIII	78	Platinum	77	78	90659.84	0.17	theoretical	H	1s	2S<1/2>		L19200
Au I	79	Gold	0	1	9.225554	0.000004	experimental	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L12088
Au II	79	Gold	1	2	20.203	0.025	experimental	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L11702
Au III	79	Gold	2	3	30	1.6	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Au IV	79	Gold	3	4	45	1.7	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Au V	79	Gold	4	5	60	1.9	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Au VI	79	Gold	5	6	74	2	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Au VII	79	Gold	6	7	94	2	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Au VIII	79	Gold	7	8	112	2.1	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Au IX	79	Gold	8	9	130.1	2.2	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Au X	79	Gold	9	10	149	2.2	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Au XI	79	Gold	10	11	168.2	1.4	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Au XII	79	Gold	11	12	248	1	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Au XIII	79	Gold	12	13	275	14	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Au XIV	79	Gold	13	14	299	15	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Au XV	79	Gold	14	15	324	16	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Au XVI	79	Gold	15	16	365	19	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Au XVII	79	Gold	16	17	392	20	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Au XVIII	79	Gold	17	18	433	21	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Au XIX	79	Gold	18	19	487	25	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f12.5s2 3H<6>	L582
Au XX	79	Gold	19	20	520	30	theoretical	Nd	[Cd].4f12	3H<6>	4f12.5s	L582
Au XXI	79	Gold	20	21	550	30	theoretical	Pr	[Kr].4d10.4f12.5s		4f12	L582
Au XXII	79	Gold	21	22	600	30	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Au XXIII	79	Gold	22	23	650	40	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Au XXIV	79	Gold	23	24	710	40	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Au XXV	79	Gold	24	25	760	40	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Au XXVI	79	Gold	25	26	820	40	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Au XXVII	79	Gold	26	27	870	40	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Au XXVIII	79	Gold	27	28	930	50	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Au XXIX	79	Gold	28	29	990	50	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Au XXX	79	Gold	29	30	1040	50	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Au XXXI	79	Gold	30	31	1100	50	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Au XXXII	79	Gold	31	32	1150	60	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Au XXXIII	79	Gold	32	33	1210	60	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Au XXXIV	79	Gold	33	34	1475	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Au XXXV	79	Gold	34	35	1527	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Au XXXVI	79	Gold	35	36	1584	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Au XXXVII	79	Gold	36	37	1644	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Au XXXVIII	79	Gold	37	38	1702	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Au XXXIX	79	Gold	38	39	1758	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Au XL	79	Gold	39	40	1845	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Au XLI	79	Gold	40	41	1904	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Au XLII	79	Gold	41	42	1967	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Au XLIII	79	Gold	42	43	2026	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Au XLIV	79	Gold	43	44	2261	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Au XLV	79	Gold	44	45	2320	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Au XLVI	79	Gold	45	46	2383	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Au XLVII	79	Gold	46	47	2443	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Au XLVIII	79	Gold	47	48	2640	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Au XLIX	79	Gold	48	49	2708	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Au L	79	Gold	49	50	2870	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Au LI	79	Gold	50	51	2941	1	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10191
Au LII	79	Gold	51	52	4888	4	experimental	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L10191
Au LIII	79	Gold	52	53	5013	4	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Au LIV	79	Gold	53	54	5156	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Au LV	79	Gold	54	55	5307	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Au LVI	79	Gold	55	56	5452	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Au LVII	79	Gold	56	57	5594	5	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Au LVIII	79	Gold	57	58	5846	6	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Au LIX	79	Gold	58	59	5994	6	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Au LX	79	Gold	59	60	6156	7	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Au LXI	79	Gold	60	61	6305	10	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Au LXII	79	Gold	61	62	6724	12	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Au LXIII	79	Gold	62	63	6854	15	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Au LXIV	79	Gold	63	64	6997	19	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Au LXV	79	Gold	64	65	7130	24	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Au LXVI	79	Gold	65	66	7760	30	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Au LXVII	79	Gold	66	67	7910	40	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Au LXVIII	79	Gold	67	68	8210	40	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Au LXIX	79	Gold	68	69	8360	50	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Au LXX	79	Gold	69	70	18040	50	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Au LXXI	79	Gold	70	71	18400	60	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Au LXXII	79	Gold	71	72	18790	60	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Au LXXIII	79	Gold	72	73	19150	70	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Au LXXIV	79	Gold	73	74	21470	90	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Au LXXV	79	Gold	74	75	21920	90	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Au LXXVI	79	Gold	75	76	22500	100	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Au LXXVII	79	Gold	76	77	22868.1	0.3	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Au LXXVIII	79	Gold	77	78	91515.8	0.3	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Au LXXIX	79	Gold	78	79	93254.62	0.2	theoretical	H	1s	2S<1/2>		L19200
Hg I	80	Mercury	0	1	10.437504	0.000006	experimental	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L11931,L11984
Hg II	80	Mercury	1	2	18.75688	0.00004	experimental	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L11760
Hg III	80	Mercury	2	3	34.49	0.05	experimental	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L20993
Hg IV	80	Mercury	3	4	48.55	0.15	experimental	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L16379
Hg V	80	Mercury	4	5	61.2	0.2	experimental	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L289
Hg VI	80	Mercury	5	6	76.6	0.5	experimental	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L289
Hg VII	80	Mercury	6	7	93	2	experimental	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L289
Hg VIII	80	Mercury	7	8	113.9	2.1	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Hg IX	80	Mercury	8	9	134	2.2	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Hg X	80	Mercury	9	10	153	2.2	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Hg XI	80	Mercury	10	11	173	2.4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Hg XII	80	Mercury	11	12	192.7	1.7	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Hg XIII	80	Mercury	12	13	276.9	1.1	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Hg XIV	80	Mercury	13	14	307	15	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Hg XV	80	Mercury	14	15	332	16	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Hg XVI	80	Mercury	15	16	357	17	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Hg XVII	80	Mercury	16	17	402	20	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Hg XVIII	80	Mercury	17	18	429	21	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Hg XIX	80	Mercury	18	19	477	24	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Hg XX	80	Mercury	19	20	530	30	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f13.5s*	L582
Hg XXI	80	Mercury	20	21	560	30	theoretical	Nd	[Kr].4d10.4f13.5s	*	4f13 2F*<7/2>	L582
Hg XXII	80	Mercury	21	22	590	30	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Hg XXIII	80	Mercury	22	23	650	30	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Hg XXIV	80	Mercury	23	24	710	40	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Hg XXV	80	Mercury	24	25	760	40	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Hg XXVI	80	Mercury	25	26	820	40	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Hg XXVII	80	Mercury	26	27	880	40	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Hg XXVIII	80	Mercury	27	28	930	50	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Hg XXIX	80	Mercury	28	29	990	50	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Hg XXX	80	Mercury	29	30	1050	50	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Hg XXXI	80	Mercury	30	31	1110	60	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Hg XXXII	80	Mercury	31	32	1160	60	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Hg XXXIII	80	Mercury	32	33	1220	60	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Hg XXXIV	80	Mercury	33	34	1280	60	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Hg XXXV	80	Mercury	34	35	1549	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Hg XXXVI	80	Mercury	35	36	1603	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Hg XXXVII	80	Mercury	36	37	1661	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Hg XXXVIII	80	Mercury	37	38	1723	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Hg XXXIX	80	Mercury	38	39	1780	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Hg XL	80	Mercury	39	40	1839	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Hg XLI	80	Mercury	40	41	1928	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Hg XLII	80	Mercury	41	42	1989	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Hg XLIII	80	Mercury	42	43	2052	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Hg XLIV	80	Mercury	43	44	2113	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Hg XLV	80	Mercury	44	45	2354	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Hg XLVI	80	Mercury	45	46	2412	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Hg XLVII	80	Mercury	46	47	2478	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Hg XLVIII	80	Mercury	47	48	2539	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Hg XLIX	80	Mercury	48	49	2745	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Hg L	80	Mercury	49	50	2815	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Hg LI	80	Mercury	50	51	2981	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Hg LII	80	Mercury	51	52	3049.9	1.5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Hg LIII	80	Mercury	52	53	5055	4	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Hg LIV	80	Mercury	53	54	5191	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Hg LV	80	Mercury	54	55	5335	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Hg LVI	80	Mercury	55	56	5490	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Hg LVII	80	Mercury	56	57	5636	5	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Hg LVIII	80	Mercury	57	58	5780	6	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Hg LIX	80	Mercury	58	59	6041	6	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Hg LX	80	Mercury	59	60	6192	7	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Hg LXI	80	Mercury	60	61	6356	10	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Hg LXII	80	Mercury	61	62	6508	12	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Hg LXIII	80	Mercury	62	63	6933	15	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Hg LXIV	80	Mercury	63	64	7066	19	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Hg LXV	80	Mercury	64	65	7211	24	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Hg LXVI	80	Mercury	65	66	7350	30	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Hg LXVII	80	Mercury	66	67	8010	40	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Hg LXVIII	80	Mercury	67	68	8160	40	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Hg LXIX	80	Mercury	68	69	8470	50	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Hg LXX	80	Mercury	69	70	8620	50	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Hg LXXI	80	Mercury	70	71	18550	60	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Hg LXXII	80	Mercury	71	72	18910	60	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Hg LXXIII	80	Mercury	72	73	19310	70	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Hg LXXIV	80	Mercury	73	74	19680	90	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Hg LXXV	80	Mercury	74	75	22120	90	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Hg LXXVI	80	Mercury	75	76	22580	100	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Hg LXXVII	80	Mercury	76	77	23170	110	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Hg LXXVIII	80	Mercury	77	78	23544.1	0.3	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Hg LXXIX	80	Mercury	78	79	94124.7	0.3	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Hg LXXX	80	Mercury	79	80	95898.19	0.22	theoretical	H	1s	2S<1/2>		L19200
Tl I	81	Thallium	0	1	6.1082873	0.0000012	experimental	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L16353
Tl II	81	Thallium	1	2	20.4283	0.0006	experimental	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L3272
Tl III	81	Thallium	2	3	29.852	0.0006	experimental	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L3138
Tl IV	81	Thallium	3	4	51.14	0.04	experimental	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L1202
Tl V	81	Thallium	4	5	62.6	0.4	experimental	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L9528
Tl VI	81	Thallium	5	6	80	2	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Tl VII	81	Thallium	6	7	97.9	2	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Tl VIII	81	Thallium	7	8	116	2.1	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Tl IX	81	Thallium	8	9	135	2.2	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Tl X	81	Thallium	9	10	158	2.2	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Tl XI	81	Thallium	10	11	177	2.4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Tl XII	81	Thallium	11	12	198	2.5	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Tl XIII	81	Thallium	12	13	218.3	2	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Tl XIV	81	Thallium	13	14	306.9	1.4	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Tl XV	81	Thallium	14	15	340	17	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Tl XVI	81	Thallium	15	16	366	19	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Tl XVII	81	Thallium	16	17	392	20	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Tl XVIII	81	Thallium	17	18	439	22	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Tl XIX	81	Thallium	18	19	467	24	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Tl XX	81	Thallium	19	20	520	30	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Tl XXI	81	Thallium	20	21	570	30	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f13.5s*	L582
Tl XXII	81	Thallium	21	22	600	30	theoretical	Nd	[Kr].4d10.4f13.5s	*	4f13 2F*<7/2>	L582
Tl XXIII	81	Thallium	22	23	640	30	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Tl XXIV	81	Thallium	23	24	700	30	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Tl XXV	81	Thallium	24	25	760	40	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Tl XXVI	81	Thallium	25	26	820	40	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Tl XXVII	81	Thallium	26	27	880	40	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Tl XXVIII	81	Thallium	27	28	930	50	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Tl XXIX	81	Thallium	28	29	990	50	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Tl XXX	81	Thallium	29	30	1060	50	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Tl XXXI	81	Thallium	30	31	1110	60	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Tl XXXII	81	Thallium	31	32	1170	60	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Tl XXXIII	81	Thallium	32	33	1230	60	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Tl XXXIV	81	Thallium	33	34	1290	60	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Tl XXXV	81	Thallium	34	35	1350	60	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Tl XXXVI	81	Thallium	35	36	1625	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Tl XXXVII	81	Thallium	36	37	1681	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Tl XXXVIII	81	Thallium	37	38	1740	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Tl XXXIX	81	Thallium	38	39	1802	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Tl XL	81	Thallium	39	40	1862	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Tl XLI	81	Thallium	40	41	1920	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Tl XLII	81	Thallium	41	42	2014	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Tl XLIII	81	Thallium	42	43	2075	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Tl XLIV	81	Thallium	43	44	2140	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Tl XLV	81	Thallium	44	45	2202	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Tl XLVI	81	Thallium	45	46	2447	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Tl XLVII	81	Thallium	46	47	2508	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Tl XLVIII	81	Thallium	47	48	2574	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Tl XLIX	81	Thallium	48	49	2635	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Tl L	81	Thallium	49	50	2854	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Tl LI	81	Thallium	50	51	2925	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Tl LII	81	Thallium	51	52	3094	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Tl LIII	81	Thallium	52	53	3164.7	1.9	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Tl LIV	81	Thallium	53	54	5234	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Tl LV	81	Thallium	54	55	5371	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Tl LVI	81	Thallium	55	56	5518	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Tl LVII	81	Thallium	56	57	5674	5	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Tl LVIII	81	Thallium	57	58	5824	6	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Tl LIX	81	Thallium	58	59	5969	6	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Tl LX	81	Thallium	59	60	6241	7	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Tl LXI	81	Thallium	60	61	6392	10	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Tl LXII	81	Thallium	61	62	6560	12	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Tl LXIII	81	Thallium	62	63	6714	15	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Tl LXIV	81	Thallium	63	64	7146	19	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Tl LXV	81	Thallium	64	65	7281	24	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Tl LXVI	81	Thallium	65	66	7430	30	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Tl LXVII	81	Thallium	66	67	7570	40	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Tl LXVIII	81	Thallium	67	68	8260	40	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Tl LXIX	81	Thallium	68	69	8420	50	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Tl LXX	81	Thallium	69	70	8730	50	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Tl LXXI	81	Thallium	70	71	8880	60	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Tl LXXII	81	Thallium	71	72	19070	60	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Tl LXXIII	81	Thallium	72	73	19440	70	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Tl LXXIV	81	Thallium	73	74	19840	90	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Tl LXXV	81	Thallium	74	75	20210	90	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Tl LXXVI	81	Thallium	75	76	22780	100	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Tl LXXVII	81	Thallium	76	77	23250	110	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Tl LXXVIII	81	Thallium	77	78	23850	120	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Tl LXXIX	81	Thallium	78	79	24234.1	0.4	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Tl LXXX	81	Thallium	79	80	96783.2	0.3	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Tl LXXXI	81	Thallium	80	81	98592.12	0.25	theoretical	H	1s	2S<1/2>		L19200
Pb I	82	Lead	0	1	7.4166799	6e-7	experimental	Pb	[Hg].6p2	(1/2,1/2)0	6p 2P*<1/2>	L11569
Pb II	82	Lead	1	2	15.032499	0.000007	experimental	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L15205
Pb III	82	Lead	2	3	31.9373	0.0006	experimental	Hg	[Xe].4f14.5d10.6s2	1S0	5d10.6s 2S<1/2>	L3466
Pb IV	82	Lead	3	4	42.33256	0.0001	experimental	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L15205
Pb V	82	Lead	4	5	68.8	0.5	semi-empirical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L3577
Pb VI	82	Lead	5	6	82.9	2	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Pb VII	82	Lead	6	7	100.1	2	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Pb VIII	82	Lead	7	8	120	2.1	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Pb IX	82	Lead	8	9	138	2.2	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Pb X	82	Lead	9	10	158	2.2	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Pb XI	82	Lead	10	11	182	2.4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Pb XII	82	Lead	11	12	203	2.5	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Pb XIII	82	Lead	12	13	224	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Pb XIV	82	Lead	13	14	245.1	2.2	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Pb XV	82	Lead	14	15	338.1	1.5	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Pb XVI	82	Lead	15	16	374	19	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Pb XVII	82	Lead	16	17	401	20	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Pb XVIII	82	Lead	17	18	427	21	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Pb XIX	82	Lead	18	19	478	24	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Pb XX	82	Lead	19	20	507	25	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Pb XXI	82	Lead	20	21	570	30	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Pb XXII	82	Lead	21	22	610	30	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f13.5s*	L582
Pb XXIII	82	Lead	22	23	650	30	theoretical	Nd	[Kr].4d10.4f13.5s	*	4f13 2F*<7/2>	L582
Pb XXIV	82	Lead	23	24	690	30	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Pb XXV	82	Lead	24	25	750	40	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Pb XXVI	82	Lead	25	26	810	40	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Pb XXVII	82	Lead	26	27	870	40	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Pb XXVIII	82	Lead	27	28	930	50	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Pb XXIX	82	Lead	28	29	990	50	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Pb XXX	82	Lead	29	30	1050	50	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Pb XXXI	82	Lead	30	31	1120	60	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Pb XXXII	82	Lead	31	32	1180	60	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Pb XXXIII	82	Lead	32	33	1240	60	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Pb XXXIV	82	Lead	33	34	1300	60	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Pb XXXV	82	Lead	34	35	1360	60	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Pb XXXVI	82	Lead	35	36	1430	70	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Pb XXXVII	82	Lead	36	37	1704	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pb XXXVIII	82	Lead	37	38	1760	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pb XXXIX	82	Lead	38	39	1819	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pb XL	82	Lead	39	40	1884	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pb XLI	82	Lead	40	41	1945	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Pb XLII	82	Lead	41	42	2004	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Pb XLIII	82	Lead	42	43	2101	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pb XLIV	82	Lead	43	44	2163	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pb XLV	82	Lead	44	45	2230	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pb XLVI	82	Lead	45	46	2292	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pb XLVII	82	Lead	46	47	2543	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pb XLVIII	82	Lead	47	48	2605	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pb XLIX	82	Lead	48	49	2671	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Pb L	82	Lead	49	50	2735	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Pb LI	82	Lead	50	51	2965	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pb LII	82	Lead	51	52	3036	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pb LIII	82	Lead	52	53	3211	4	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pb LIV	82	Lead	53	54	3282.1	2	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Pb LV	82	Lead	54	55	5414	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pb LVI	82	Lead	55	56	5555	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pb LVII	82	Lead	56	57	5703	5	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pb LVIII	82	Lead	57	58	5862	6	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pb LIX	82	Lead	58	59	6015	6	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pb LX	82	Lead	59	60	6162	7	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pb LXI	82	Lead	60	61	6442	10	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pb LXII	82	Lead	61	62	6597	12	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pb LXIII	82	Lead	62	63	6767	15	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pb LXIV	82	Lead	63	64	6924	19	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pb LXV	82	Lead	64	65	7362	24	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pb LXVI	82	Lead	65	66	7500	30	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pb LXVII	82	Lead	66	67	7650	40	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pb LXVIII	82	Lead	67	68	7790	40	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pb LXIX	82	Lead	68	69	8520	50	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pb LXX	82	Lead	69	70	8680	50	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pb LXXI	82	Lead	70	71	9000	60	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pb LXXII	82	Lead	71	72	9150	60	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pb LXXIII	82	Lead	72	73	19590	70	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pb LXXIV	82	Lead	73	74	19970	90	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pb LXXV	82	Lead	74	75	20380	90	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pb LXXVI	82	Lead	75	76	20750	100	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pb LXXVII	82	Lead	76	77	23460	110	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pb LXXVIII	82	Lead	77	78	23940	120	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pb LXXIX	82	Lead	78	79	24550	120	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pb LXXX	82	Lead	79	80	24938.2	0.4	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pb LXXXI	82	Lead	80	81	99491.8	0.3	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pb LXXXII	82	Lead	81	82	101336.7	0.3	theoretical	H	1s	2S<1/2>		L19200
Bi I	83	Bismuth	0	1	7.285516	0.000006	experimental	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L10664,L6247
Bi II	83	Bismuth	1	2	16.703	0.004	experimental	Pb	[Hg].6p2	3P0	6s2.6p 2P*<1/2>	L6771
Bi III	83	Bismuth	2	3	25.57075	0.00017	experimental	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L21488
Bi IV	83	Bismuth	3	4	45.37	0.06	experimental	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L14078
Bi V	83	Bismuth	4	5	54.856	0.025	experimental	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L9361
Bi VI	83	Bismuth	5	6	88.4	0.7	semi-empirical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L3577
Bi VII	83	Bismuth	6	7	103	2	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Bi VIII	83	Bismuth	7	8	122	2.1	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Bi IX	83	Bismuth	8	9	143	2.2	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Bi X	83	Bismuth	9	10	161.1	2.2	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Bi XI	83	Bismuth	10	11	183	2.4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Bi XII	83	Bismuth	11	12	208	2.5	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Bi XIII	83	Bismuth	12	13	229	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Bi XIV	83	Bismuth	13	14	252	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Bi XV	83	Bismuth	14	15	272.6	2.5	semi-empirical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L3654
Bi XVI	83	Bismuth	15	16	370.2	1.6	semi-empirical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L3654
Bi XVII	83	Bismuth	16	17	409	20	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Bi XVIII	83	Bismuth	17	18	436	22	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Bi XIX	83	Bismuth	18	19	464	23	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Bi XX	83	Bismuth	19	20	520	30	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Bi XXI	83	Bismuth	20	21	550	30	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Bi XXII	83	Bismuth	21	22	620	30	theoretical	Sm	[Cd].4f14	1S0	4f13.5s2 2F*<7/2>	L582
Bi XXIII	83	Bismuth	22	23	660	30	theoretical	Pm	[Cd].4f13	2F*<7/2>	4f13.5s*	L582
Bi XXIV	83	Bismuth	23	24	690	30	theoretical	Nd	[Kr].4d10.4f13.5s	*	4f13 2F*<7/2>	L582
Bi XXV	83	Bismuth	24	25	750	40	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Bi XXVI	83	Bismuth	25	26	810	40	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Bi XXVII	83	Bismuth	26	27	870	50	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Bi XXVIII	83	Bismuth	27	28	930	50	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Bi XXIX	83	Bismuth	28	29	990	50	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Bi XXX	83	Bismuth	29	30	1060	50	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Bi XXXI	83	Bismuth	30	31	1120	60	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Bi XXXII	83	Bismuth	31	32	1180	60	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Bi XXXIII	83	Bismuth	32	33	1250	60	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Bi XXXIV	83	Bismuth	33	34	1310	70	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Bi XXXV	83	Bismuth	34	35	1380	70	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Bi XXXVI	83	Bismuth	35	36	1440	70	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Bi XXXVII	83	Bismuth	36	37	1500	70	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Bi XXXVIII	83	Bismuth	37	38	1784	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Bi XXXIX	83	Bismuth	38	39	1840	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Bi XL	83	Bismuth	39	40	1902	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Bi XLI	83	Bismuth	40	41	1967	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Bi XLII	83	Bismuth	41	42	2029	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Bi XLIII	83	Bismuth	42	43	2090	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Bi XLIV	83	Bismuth	43	44	2190	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Bi XLV	83	Bismuth	44	45	2253	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Bi XLVI	83	Bismuth	45	46	2321	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Bi XLVII	83	Bismuth	46	47	2385	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Bi XLVIII	83	Bismuth	47	48	2641	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Bi XLIX	83	Bismuth	48	49	2703	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Bi L	83	Bismuth	49	50	2771	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Bi LI	83	Bismuth	50	51	2835	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Bi LII	83	Bismuth	51	52	3078	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Bi LIII	83	Bismuth	52	53	3151	4	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Bi LIV	83	Bismuth	53	54	3329	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Bi LV	83	Bismuth	54	55	3401.8	2.4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Bi LVI	83	Bismuth	55	56	5599	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Bi LVII	83	Bismuth	56	57	5740	5	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Bi LVIII	83	Bismuth	57	58	5892	6	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Bi LIX	83	Bismuth	58	59	6054	6	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Bi LX	83	Bismuth	59	60	6208	7	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Bi LXI	83	Bismuth	60	61	6358	10	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Bi LXII	83	Bismuth	61	62	6648	12	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Bi LXIII	83	Bismuth	62	63	6804	15	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Bi LXIV	83	Bismuth	63	64	6977	19	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Bi LXV	83	Bismuth	64	65	7137	24	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Bi LXVI	83	Bismuth	65	66	7580	30	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Bi LXVII	83	Bismuth	66	67	7720	40	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Bi LXVIII	83	Bismuth	67	68	7870	40	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Bi LXIX	83	Bismuth	68	69	8010	50	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Bi LXX	83	Bismuth	69	70	8780	50	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Bi LXXI	83	Bismuth	70	71	8950	60	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Bi LXXII	83	Bismuth	71	72	9270	60	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Bi LXXIII	83	Bismuth	72	73	9430	70	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Bi LXXIV	83	Bismuth	73	74	20130	90	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Bi LXXV	83	Bismuth	74	75	20500	90	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Bi LXXVI	83	Bismuth	75	76	20920	100	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Bi LXXVII	83	Bismuth	76	77	21300	110	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Bi LXXVIII	83	Bismuth	77	78	24150	120	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Bi LXXIX	83	Bismuth	78	79	24640	120	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Bi LXXX	83	Bismuth	79	80	25260	140	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Bi LXXXI	83	Bismuth	80	81	25656.9	0.4	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Bi LXXXII	83	Bismuth	81	82	102251.8	0.4	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Bi LXXXIII	83	Bismuth	82	83	104133.4	0.3	theoretical	H	1s	2S<1/2>		L19200
Po I	84	Polonium	0	1	8.41807	0.000004	experimental	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L20887,L20886
Po II	84	Polonium	1	2	19.3	1.7	semi-empirical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L16139
Po III	84	Polonium	2	3	27.3	0.7	semi-empirical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L16139
Po IV	84	Polonium	3	4	36	1.7	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Po V	84	Polonium	4	5	57	1.9	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Po VI	84	Polonium	5	6	69.1	2	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Po VII	84	Polonium	6	7	108	2	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Po VIII	84	Polonium	7	8	125	2.1	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Po IX	84	Polonium	8	9	146.1	2.2	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Po X	84	Polonium	9	10	166	2.2	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Po XI	84	Polonium	10	11	186	2.4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Po XII	84	Polonium	11	12	209	2.5	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Po XIII	84	Polonium	12	13	235	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Po XIV	84	Polonium	13	14	257	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Po XV	84	Polonium	14	15	281	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Po XVI	84	Polonium	15	16	304	3	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Po XVII	84	Polonium	16	17	416	21	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Po XVIII	84	Polonium	17	18	444	22	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Po XIX	84	Polonium	18	19	473	24	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Po XX	84	Polonium	19	20	502	25	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Po XXI	84	Polonium	20	21	560	30	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Po XXII	84	Polonium	21	22	590	30	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Po XXIII	84	Polonium	22	23	670	30	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Po XXIV	84	Polonium	23	24	700	30	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Po XXV	84	Polonium	24	25	740	40	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Po XXVI	84	Polonium	25	26	800	40	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Po XXVII	84	Polonium	26	27	870	40	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Po XXVIII	84	Polonium	27	28	930	50	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Po XXIX	84	Polonium	28	29	990	50	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Po XXX	84	Polonium	29	30	1060	50	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Po XXXI	84	Polonium	30	31	1120	60	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Po XXXII	84	Polonium	31	32	1180	60	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Po XXXIII	84	Polonium	32	33	1250	60	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Po XXXIV	84	Polonium	33	34	1320	70	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Po XXXV	84	Polonium	34	35	1380	70	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Po XXXVI	84	Polonium	35	36	1440	70	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Po XXXVII	84	Polonium	36	37	1510	70	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Po XXXVIII	84	Polonium	37	38	1570	70	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Po XXXIX	84	Polonium	38	39	1865	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Po XL	84	Polonium	39	40	1923	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Po XLI	84	Polonium	40	41	1986	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Po XLII	84	Polonium	41	42	2052	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Po XLIII	84	Polonium	42	43	2115	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Po XLIV	84	Polonium	43	44	2177	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Po XLV	84	Polonium	44	45	2281	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Po XLVI	84	Polonium	45	46	2345	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Po XLVII	84	Polonium	46	47	2414	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Po XLVIII	84	Polonium	47	48	2480	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Po XLIX	84	Polonium	48	49	2740	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Po L	84	Polonium	49	50	2803	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Po LI	84	Polonium	50	51	2873	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Po LII	84	Polonium	51	52	2938	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Po LIII	84	Polonium	52	53	3194	4	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Po LIV	84	Polonium	53	54	3268	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Po LV	84	Polonium	54	55	3450	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Po LVI	84	Polonium	55	56	3524.2	2.5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Po LVII	84	Polonium	56	57	5785	5	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Po LVIII	84	Polonium	57	58	5930	6	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Po LIX	84	Polonium	58	59	6084	6	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Po LX	84	Polonium	59	60	6248	7	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Po LXI	84	Polonium	60	61	6405	10	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Po LXII	84	Polonium	61	62	6557	12	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Po LXIII	84	Polonium	62	63	6856	15	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Po LXIV	84	Polonium	63	64	7015	19	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Po LXV	84	Polonium	64	65	7191	24	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Po LXVI	84	Polonium	65	66	7350	30	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Po LXVII	84	Polonium	66	67	7810	40	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Po LXVIII	84	Polonium	67	68	7950	40	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Po LXIX	84	Polonium	68	69	8100	50	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Po LXX	84	Polonium	69	70	8240	50	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Po LXXI	84	Polonium	70	71	9050	60	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Po LXXII	84	Polonium	71	72	9220	60	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Po LXXIII	84	Polonium	72	73	9550	70	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Po LXXIV	84	Polonium	73	74	9710	90	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Po LXXV	84	Polonium	74	75	20670	90	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Po LXXVI	84	Polonium	75	76	21050	100	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Po LXXVII	84	Polonium	76	77	21470	110	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Po LXXVIII	84	Polonium	77	78	21860	120	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Po LXXIX	84	Polonium	78	79	24860	120	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Po LXXX	84	Polonium	79	80	25360	140	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Po LXXXI	84	Polonium	80	81	25990	150	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Po LXXXII	84	Polonium	81	82	26390.4	0.4	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Po LXXXIII	84	Polonium	82	83	105064.3	0.4	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Po LXXXIV	84	Polonium	83	84	106983.4	0.5	theoretical	H	1s	2S<1/2>		L19200
At I	85	Astatine	0	1	9.31751	0.00008	experimental	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L18394
At II	85	Astatine	1	2	17.88	0.02	semi-empirical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L15918
At III	85	Astatine	2	3	26.58	0.05	semi-empirical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L15918
At IV	85	Astatine	3	4	39.65		semi-empirical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L15918
At V	85	Astatine	4	5	50.39		semi-empirical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L15918
At VI	85	Astatine	5	6	72	2	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
At VII	85	Astatine	6	7	85.1	2	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
At VIII	85	Astatine	7	8	130.1	2.1	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
At IX	85	Astatine	8	9	149	2.2	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
At X	85	Astatine	9	10	169	2.2	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
At XI	85	Astatine	10	11	192.1	2.4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
At XII	85	Astatine	11	12	212	2.5	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
At XIII	85	Astatine	12	13	236	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
At XIV	85	Astatine	13	14	263	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
At XV	85	Astatine	14	15	287	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
At XVI	85	Astatine	15	16	311	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
At XVII	85	Astatine	16	17	335	3	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
At XVIII	85	Astatine	17	18	452	22	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
At XIX	85	Astatine	18	19	481	24	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
At XX	85	Astatine	19	20	510	30	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
At XXI	85	Astatine	20	21	540	30	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
At XXII	85	Astatine	21	22	600	30	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
At XXIII	85	Astatine	22	23	630	30	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
At XXIV	85	Astatine	23	24	720	40	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
At XXV	85	Astatine	24	25	750	40	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
At XXVI	85	Astatine	25	26	790	40	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
At XXVII	85	Astatine	26	27	860	40	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
At XXVIII	85	Astatine	27	28	920	50	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
At XXIX	85	Astatine	28	29	990	50	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
At XXX	85	Astatine	29	30	1050	50	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
At XXXI	85	Astatine	30	31	1120	60	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
At XXXII	85	Astatine	31	32	1180	60	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
At XXXIII	85	Astatine	32	33	1250	60	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
At XXXIV	85	Astatine	33	34	1320	70	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
At XXXV	85	Astatine	34	35	1380	70	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
At XXXVI	85	Astatine	35	36	1450	70	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
At XXXVII	85	Astatine	36	37	1510	70	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
At XXXVIII	85	Astatine	37	38	1590	70	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
At XXXIX	85	Astatine	38	39	1650	90	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
At XL	85	Astatine	39	40	1948	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
At XLI	85	Astatine	40	41	2007	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
At XLII	85	Astatine	41	42	2071	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
At XLIII	85	Astatine	42	43	2139	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
At XLIV	85	Astatine	43	44	2203	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
At XLV	85	Astatine	44	45	2266	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
At XLVI	85	Astatine	45	46	2373	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
At XLVII	85	Astatine	46	47	2439	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
At XLVIII	85	Astatine	47	48	2510	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
At XLIX	85	Astatine	48	49	2576	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
At L	85	Astatine	49	50	2841	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
At LI	85	Astatine	50	51	2905	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
At LII	85	Astatine	51	52	2977	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
At LIII	85	Astatine	52	53	3042	4	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
At LIV	85	Astatine	53	54	3312	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
At LV	85	Astatine	54	55	3388	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
At LVI	85	Astatine	55	56	3573	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
At LVII	85	Astatine	56	57	3649	3	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
At LVIII	85	Astatine	57	58	5976	6	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
At LIX	85	Astatine	58	59	6122	6	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
At LX	85	Astatine	59	60	6279	7	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
At LXI	85	Astatine	60	61	6445	10	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
At LXII	85	Astatine	61	62	6604	12	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
At LXIII	85	Astatine	62	63	6759	15	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
At LXIV	85	Astatine	63	64	7068	19	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
At LXV	85	Astatine	64	65	7230	24	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
At LXVI	85	Astatine	65	66	7410	30	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
At LXVII	85	Astatine	66	67	7570	40	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
At LXVIII	85	Astatine	67	68	8030	40	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
At LXIX	85	Astatine	68	69	8180	50	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
At LXX	85	Astatine	69	70	8330	50	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
At LXXI	85	Astatine	70	71	8480	60	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
At LXXII	85	Astatine	71	72	9330	60	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
At LXXIII	85	Astatine	72	73	9500	70	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
At LXXIV	85	Astatine	73	74	9830	90	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
At LXXV	85	Astatine	74	75	9990	90	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
At LXXVI	85	Astatine	75	76	21210	100	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
At LXXVII	85	Astatine	76	77	21600	110	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
At LXXVIII	85	Astatine	77	78	22030	120	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
At LXXIX	85	Astatine	78	79	22420	120	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
At LXXX	85	Astatine	79	80	25580	140	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
At LXXXI	85	Astatine	80	81	26090	150	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
At LXXXII	85	Astatine	81	82	26730	160	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
At LXXXIII	85	Astatine	82	83	27139	0.4	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
At LXXXIV	85	Astatine	83	84	107930	0.4	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
At LXXXV	85	Astatine	84	85	109887.2	1.5	theoretical	H	1s	2S<1/2>		L19200
Rn I	86	Radon	0	1	10.7485		experimental	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L272,L7432
Rn II	86	Radon	1	2	18.99	0.06	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L22090
Rn III	86	Radon	2	3	29.4	1	semi-empirical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L16139
Rn IV	86	Radon	3	4	36.9	1.7	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Rn V	86	Radon	4	5	52.9	1.9	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Rn VI	86	Radon	5	6	64	2	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Rn VII	86	Radon	6	7	88	2	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Rn VIII	86	Radon	7	8	102	2.1	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Rn IX	86	Radon	8	9	154	2.2	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Rn X	86	Radon	9	10	173.9	2.2	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Rn XI	86	Radon	10	11	195	2.4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Rn XII	86	Radon	11	12	218	2.5	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Rn XIII	86	Radon	12	13	240	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Rn XIV	86	Radon	13	14	264	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Rn XV	86	Radon	14	15	293	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Rn XVI	86	Radon	15	16	317	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Rn XVII	86	Radon	16	17	342	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Rn XVIII	86	Radon	17	18	367	3	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Rn XIX	86	Radon	18	19	488	25	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Rn XX	86	Radon	19	20	520	30	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Rn XXI	86	Radon	20	21	550	30	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Rn XXII	86	Radon	21	22	580	30	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Rn XXIII	86	Radon	22	23	640	30	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Rn XXIV	86	Radon	23	24	680	30	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Rn XXV	86	Radon	24	25	760	40	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Rn XXVI	86	Radon	25	26	800	40	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Rn XXVII	86	Radon	26	27	850	40	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Rn XXVIII	86	Radon	27	28	920	50	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Rn XXIX	86	Radon	28	29	980	50	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Rn XXX	86	Radon	29	30	1050	50	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Rn XXXI	86	Radon	30	31	1110	60	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Rn XXXII	86	Radon	31	32	1180	60	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Rn XXXIII	86	Radon	32	33	1250	60	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Rn XXXIV	86	Radon	33	34	1310	70	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Rn XXXV	86	Radon	34	35	1390	70	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Rn XXXVI	86	Radon	35	36	1460	70	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Rn XXXVII	86	Radon	36	37	1520	80	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Rn XXXVIII	86	Radon	37	38	1590	70	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Rn XXXIX	86	Radon	38	39	1660	90	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Rn XL	86	Radon	39	40	1720	90	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Rn XLI	86	Radon	40	41	2033	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Rn XLII	86	Radon	41	42	2094	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Rn XLIII	86	Radon	42	43	2158	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Rn XLIV	86	Radon	43	44	2227	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Rn XLV	86	Radon	44	45	2293	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Rn XLVI	86	Radon	45	46	2357	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Rn XLVII	86	Radon	46	47	2467	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Rn XLVIII	86	Radon	47	48	2535	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Rn XLIX	86	Radon	48	49	2606	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Rn L	86	Radon	49	50	2674	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Rn LI	86	Radon	50	51	2944	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Rn LII	86	Radon	51	52	3010	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Rn LIII	86	Radon	52	53	3082	4	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Rn LIV	86	Radon	53	54	3149	5	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Rn LV	86	Radon	54	55	3433	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Rn LVI	86	Radon	55	56	3510	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Rn LVII	86	Radon	56	57	3699	5	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Rn LVIII	86	Radon	57	58	3777	3	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Rn LIX	86	Radon	58	59	6169	6	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Rn LX	86	Radon	59	60	6318	7	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Rn LXI	86	Radon	60	61	6476	10	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Rn LXII	86	Radon	61	62	6646	12	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Rn LXIII	86	Radon	62	63	6807	15	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Rn LXIV	86	Radon	63	64	6964	19	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Rn LXV	86	Radon	64	65	7283	24	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Rn LXVI	86	Radon	65	66	7450	30	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Rn LXVII	86	Radon	66	67	7630	40	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Rn LXVIII	86	Radon	67	68	7800	40	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Rn LXIX	86	Radon	68	69	8260	50	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Rn LXX	86	Radon	69	70	8410	50	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Rn LXXI	86	Radon	70	71	8570	60	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Rn LXXII	86	Radon	71	72	8710	60	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Rn LXXIII	86	Radon	72	73	9610	70	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Rn LXXIV	86	Radon	73	74	9780	90	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Rn LXXV	86	Radon	74	75	10120	90	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Rn LXXVI	86	Radon	75	76	10290	100	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Rn LXXVII	86	Radon	76	77	21770	110	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Rn LXXVIII	86	Radon	77	78	22160	120	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Rn LXXIX	86	Radon	78	79	22600	120	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Rn LXXX	86	Radon	79	80	22990	140	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Rn LXXXI	86	Radon	80	81	26310	150	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Rn LXXXII	86	Radon	81	82	26830	160	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Rn LXXXIII	86	Radon	82	83	27490	170	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Rn LXXXIV	86	Radon	83	84	27903.1	0.5	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Rn LXXXV	86	Radon	84	85	110846.3	0.5	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Rn LXXXVI	86	Radon	85	86	112842.2	0.7	theoretical	H	1s	2S<1/2>		L19200
Fr I	87	Francium	0	1	4.0727411	0.0000011	experimental	Fr	[Rn].7s	2S<1/2>	6p6 1S<0>	L10714
Fr II	87	Francium	1	2	22.4	1.9	semi-empirical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L16139
Fr III	87	Francium	2	3	33.5	1.5	semi-empirical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L16139
Fr IV	87	Francium	3	4	39.1	1.7	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
Fr V	87	Francium	4	5	50	1.9	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Fr VI	87	Francium	5	6	67	2	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Fr VII	87	Francium	6	7	80	2	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Fr VIII	87	Francium	7	8	106	2.1	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Fr IX	87	Francium	8	9	120	2.2	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Fr X	87	Francium	9	10	179	2.2	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Fr XI	87	Francium	10	11	200	2.4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Fr XII	87	Francium	11	12	222.1	2.5	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Fr XIII	87	Francium	12	13	245	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Fr XIV	87	Francium	13	14	269	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Fr XV	87	Francium	14	15	293	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Fr XVI	87	Francium	15	16	324	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Fr XVII	87	Francium	16	17	349	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Fr XVIII	87	Francium	17	18	375	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Fr XIX	87	Francium	18	19	400	3	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Fr XX	87	Francium	19	20	530	30	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Fr XXI	87	Francium	20	21	560	30	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Fr XXII	87	Francium	21	22	590	30	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Fr XXIII	87	Francium	22	23	620	30	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Fr XXIV	87	Francium	23	24	690	30	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Fr XXV	87	Francium	24	25	720	40	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Fr XXVI	87	Francium	25	26	810	40	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Fr XXVII	87	Francium	26	27	850	40	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Fr XXVIII	87	Francium	27	28	910	50	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Fr XXIX	87	Francium	28	29	980	50	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Fr XXX	87	Francium	29	30	1040	50	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Fr XXXI	87	Francium	30	31	1110	50	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Fr XXXII	87	Francium	31	32	1180	60	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Fr XXXIII	87	Francium	32	33	1250	60	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Fr XXXIV	87	Francium	33	34	1320	70	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Fr XXXV	87	Francium	34	35	1380	70	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Fr XXXVI	87	Francium	35	36	1460	70	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Fr XXXVII	87	Francium	36	37	1530	80	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Fr XXXVIII	87	Francium	37	38	1600	80	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Fr XXXIX	87	Francium	38	39	1670	90	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Fr XL	87	Francium	39	40	1740	90	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Fr XLI	87	Francium	40	41	1810	90	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Fr XLII	87	Francium	41	42	2119	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Fr XLIII	87	Francium	42	43	2182	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Fr XLIV	87	Francium	43	44	2247	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Fr XLV	87	Francium	44	45	2317	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Fr XLVI	87	Francium	45	46	2384	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Fr XLVII	87	Francium	46	47	2450	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Fr XLVIII	87	Francium	47	48	2564	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Fr XLIX	87	Francium	48	49	2631	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Fr L	87	Francium	49	50	2706	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Fr LI	87	Francium	50	51	2774	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Fr LII	87	Francium	51	52	3049	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Fr LIII	87	Francium	52	53	3115	4	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Fr LIV	87	Francium	53	54	3190	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Fr LV	87	Francium	54	55	3257	5	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Fr LVI	87	Francium	55	56	3556	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Fr LVII	87	Francium	56	57	3635	5	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Fr LVIII	87	Francium	57	58	3828	6	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Fr LIX	87	Francium	58	59	3907	4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Fr LX	87	Francium	59	60	6365	7	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Fr LXI	87	Francium	60	61	6516	10	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Fr LXII	87	Francium	61	62	6678	12	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Fr LXIII	87	Francium	62	63	6849	15	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Fr LXIV	87	Francium	63	64	7013	19	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Fr LXV	87	Francium	64	65	7172	24	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Fr LXVI	87	Francium	65	66	7500	30	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Fr LXVII	87	Francium	66	67	7670	40	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Fr LXVIII	87	Francium	67	68	7850	40	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Fr LXIX	87	Francium	68	69	8020	50	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Fr LXX	87	Francium	69	70	8500	50	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Fr LXXI	87	Francium	70	71	8640	60	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Fr LXXII	87	Francium	71	72	8800	60	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Fr LXXIII	87	Francium	72	73	8950	70	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Fr LXXIV	87	Francium	73	74	9890	90	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Fr LXXV	87	Francium	74	75	10070	90	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Fr LXXVI	87	Francium	75	76	10420	100	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Fr LXXVII	87	Francium	76	77	10590	110	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Fr LXXVIII	87	Francium	77	78	22330	120	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Fr LXXIX	87	Francium	78	79	22730	120	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Fr LXXX	87	Francium	79	80	23170	140	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Fr LXXXI	87	Francium	80	81	23570	150	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Fr LXXXII	87	Francium	81	82	27060	160	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Fr LXXXIII	87	Francium	82	83	27590	170	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Fr LXXXIV	87	Francium	83	84	28260	190	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Fr LXXXV	87	Francium	84	85	28683.4	0.5	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Fr LXXXVI	87	Francium	85	86	113821.9	0.5	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Fr LXXXVII	87	Francium	86	87	115857.5	0.7	theoretical	H	1s	2S<1/2>		L19200
Ra I	88	Radium	0	1	5.2784239	0.0000025	experimental	Ra	[Rn].7s2	1S0	6p6.7s 2S<1/2>	L4979
Ra II	88	Radium	1	2	10.14718	0.00006	experimental	Fr	[Rn].7s	2S<1/2>	6p6 1S<0>	L19486
Ra III	88	Radium	2	3	31	1.6	theoretical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L8672c99
Ra IV	88	Radium	3	4	41	1.7	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L8672c99
Ra V	88	Radium	4	5	52.9	1.9	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
Ra VI	88	Radium	5	6	64	2	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Ra VII	88	Radium	6	7	82	2	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Ra VIII	88	Radium	7	8	97	2.1	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Ra IX	88	Radium	8	9	124	2.2	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Ra X	88	Radium	9	10	140	2.2	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Ra XI	88	Radium	10	11	204.9	2.4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Ra XII	88	Radium	11	12	227	2.5	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Ra XIII	88	Radium	12	13	250	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Ra XIV	88	Radium	13	14	274	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Ra XV	88	Radium	14	15	299	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Ra XVI	88	Radium	15	16	324	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Ra XVII	88	Radium	16	17	356	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Ra XVIII	88	Radium	17	18	382	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Ra XIX	88	Radium	18	19	409	3	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Ra XX	88	Radium	19	20	435	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Ra XXI	88	Radium	20	21	570	30	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Ra XXII	88	Radium	21	22	600	30	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Ra XXIII	88	Radium	22	23	630	30	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Ra XXIV	88	Radium	23	24	660	30	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Ra XXV	88	Radium	24	25	740	40	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Ra XXVI	88	Radium	25	26	770	40	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Ra XXVII	88	Radium	26	27	860	40	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Ra XXVIII	88	Radium	27	28	900	40	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Ra XXIX	88	Radium	28	29	970	50	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Ra XXX	88	Radium	29	30	1040	50	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Ra XXXI	88	Radium	30	31	1110	60	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Ra XXXII	88	Radium	31	32	1180	60	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Ra XXXIII	88	Radium	32	33	1250	60	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Ra XXXIV	88	Radium	33	34	1320	70	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Ra XXXV	88	Radium	34	35	1390	70	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Ra XXXVI	88	Radium	35	36	1460	70	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Ra XXXVII	88	Radium	36	37	1530	80	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Ra XXXVIII	88	Radium	37	38	1610	80	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Ra XXXIX	88	Radium	38	39	1680	80	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Ra XL	88	Radium	39	40	1750	90	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Ra XLI	88	Radium	40	41	1820	90	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Ra XLII	88	Radium	41	42	1880	100	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Ra XLIII	88	Radium	42	43	2208	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ra XLIV	88	Radium	43	44	2271	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ra XLV	88	Radium	44	45	2338	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ra XLVI	88	Radium	45	46	2409	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ra XLVII	88	Radium	46	47	2477	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Ra XLVIII	88	Radium	47	48	2544	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Ra XLIX	88	Radium	48	49	2662	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ra L	88	Radium	49	50	2731	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ra LI	88	Radium	50	51	2806	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ra LII	88	Radium	51	52	2876	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ra LIII	88	Radium	52	53	3155	4	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ra LIV	88	Radium	53	54	3224	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ra LV	88	Radium	54	55	3298	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Ra LVI	88	Radium	55	56	3368	5	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Ra LVII	88	Radium	56	57	3682	5	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ra LVIII	88	Radium	57	58	3762	6	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ra LIX	88	Radium	58	59	3959	6	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ra LX	88	Radium	59	60	4040	4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Ra LXI	88	Radium	60	61	6565	10	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ra LXII	88	Radium	61	62	6718	12	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ra LXIII	88	Radium	62	63	6881	15	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ra LXIV	88	Radium	63	64	7056	19	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ra LXV	88	Radium	64	65	7222	24	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ra LXVI	88	Radium	65	66	7380	30	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ra LXVII	88	Radium	66	67	7720	40	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ra LXVIII	88	Radium	67	68	7890	40	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ra LXIX	88	Radium	68	69	8080	50	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ra LXX	88	Radium	69	70	8250	50	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ra LXXI	88	Radium	70	71	8730	60	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ra LXXII	88	Radium	71	72	8880	60	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ra LXXIII	88	Radium	72	73	9040	70	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ra LXXIV	88	Radium	73	74	9200	90	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ra LXXV	88	Radium	74	75	10190	90	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ra LXXVI	88	Radium	75	76	10360	100	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ra LXXVII	88	Radium	76	77	10720	110	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ra LXXVIII	88	Radium	77	78	10890	120	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ra LXXIX	88	Radium	78	79	22900	120	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ra LXXX	88	Radium	79	80	23300	140	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ra LXXXI	88	Radium	80	81	23750	150	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ra LXXXII	88	Radium	81	82	24160	160	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ra LXXXIII	88	Radium	82	83	27830	170	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ra LXXXIV	88	Radium	83	84	28370	190	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ra LXXXV	88	Radium	84	85	29050	200	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ra LXXXVI	88	Radium	85	86	29479.8	0.5	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ra LXXXVII	88	Radium	86	87	116853.5	0.5	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ra LXXXVIII	88	Radium	87	88	118929.5	1.1	theoretical	H	1s	2S<1/2>		L19200
Ac I	89	Actinium	0	1	5.380235	0.000012	experimental	Ac	[Rn].6d.7s2	2D<3/2>	6p6.7s2 1S<0>	L22136,L17893
Ac II	89	Actinium	1	2	11.75	0.03	semi-empirical	Ra	[Rn].7s2	1S0	6p6.7s 2S<1/2>	L15123
Ac III	89	Actinium	2	3	17.436	0.006	semi-empirical	Fr	[Rn].7s	2S<1/2>	6p6 1S<0>	L22136,L12354,L22076
Ac IV	89	Actinium	3	4	44.8	1.4	semi-empirical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L13741
Ac V	89	Actinium	4	5	55	1.9	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L8672c99
Ac VI	89	Actinium	5	6	67	2	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
Ac VII	89	Actinium	6	7	79	2	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Ac VIII	89	Actinium	7	8	98.9	2.1	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Ac IX	89	Actinium	8	9	113.9	2.2	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Ac X	89	Actinium	9	10	143.9	2.2	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Ac XI	89	Actinium	10	11	161.1	2.4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Ac XII	89	Actinium	11	12	233	2.5	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Ac XIII	89	Actinium	12	13	255	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Ac XIV	89	Actinium	13	14	279	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Ac XV	89	Actinium	14	15	305	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Ac XVI	89	Actinium	15	16	330	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Ac XVII	89	Actinium	16	17	355	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Ac XVIII	89	Actinium	17	18	390	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Ac XIX	89	Actinium	18	19	416	3	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Ac XX	89	Actinium	19	20	444	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Ac XXI	89	Actinium	20	21	470	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Ac XXII	89	Actinium	21	22	610	30	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Ac XXIII	89	Actinium	22	23	640	30	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Ac XXIV	89	Actinium	23	24	670	30	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Ac XXV	89	Actinium	24	25	710	40	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Ac XXVI	89	Actinium	25	26	780	40	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Ac XXVII	89	Actinium	26	27	820	40	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Ac XXVIII	89	Actinium	27	28	920	50	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Ac XXIX	89	Actinium	28	29	950	50	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Ac XXX	89	Actinium	29	30	1030	50	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Ac XXXI	89	Actinium	30	31	1100	50	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Ac XXXII	89	Actinium	31	32	1170	60	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Ac XXXIII	89	Actinium	32	33	1240	60	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Ac XXXIV	89	Actinium	33	34	1310	70	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Ac XXXV	89	Actinium	34	35	1380	70	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Ac XXXVI	89	Actinium	35	36	1460	70	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Ac XXXVII	89	Actinium	36	37	1530	80	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Ac XXXVIII	89	Actinium	37	38	1610	80	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Ac XXXIX	89	Actinium	38	39	1680	80	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Ac XL	89	Actinium	39	40	1750	90	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Ac XLI	89	Actinium	40	41	1820	90	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Ac XLII	89	Actinium	41	42	1900	100	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Ac XLIII	89	Actinium	42	43	1970	100	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Ac XLIV	89	Actinium	43	44	2298	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ac XLV	89	Actinium	44	45	2362	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ac XLVI	89	Actinium	45	46	2430	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ac XLVII	89	Actinium	46	47	2503	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ac XLVIII	89	Actinium	47	48	2572	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Ac XLIX	89	Actinium	48	49	2639	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Ac L	89	Actinium	49	50	2762	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ac LI	89	Actinium	50	51	2833	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ac LII	89	Actinium	51	52	2908	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ac LIII	89	Actinium	52	53	2980	4	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ac LIV	89	Actinium	53	54	3264	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ac LV	89	Actinium	54	55	3334	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ac LVI	89	Actinium	55	56	3409	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Ac LVII	89	Actinium	56	57	3479	5	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Ac LVIII	89	Actinium	57	58	3811	6	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ac LIX	89	Actinium	58	59	3893	6	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ac LX	89	Actinium	59	60	4093	7	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ac LXI	89	Actinium	60	61	4175	4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Ac LXII	89	Actinium	61	62	6767	12	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ac LXIII	89	Actinium	62	63	6923	15	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ac LXIV	89	Actinium	63	64	7088	19	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ac LXV	89	Actinium	64	65	7265	24	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ac LXVI	89	Actinium	65	66	7430	30	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ac LXVII	89	Actinium	66	67	7600	40	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ac LXVIII	89	Actinium	67	68	7950	40	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ac LXIX	89	Actinium	68	69	8120	50	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ac LXX	89	Actinium	69	70	8310	50	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ac LXXI	89	Actinium	70	71	8480	60	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ac LXXII	89	Actinium	71	72	8970	60	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ac LXXIII	89	Actinium	72	73	9120	70	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ac LXXIV	89	Actinium	73	74	9290	90	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ac LXXV	89	Actinium	74	75	9440	90	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ac LXXVI	89	Actinium	75	76	10480	100	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ac LXXVII	89	Actinium	76	77	10660	110	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ac LXXVIII	89	Actinium	77	78	11030	120	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ac LXXIX	89	Actinium	78	79	11200	120	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ac LXXX	89	Actinium	79	80	23480	140	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ac LXXXI	89	Actinium	80	81	23890	150	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ac LXXXII	89	Actinium	81	82	24340	160	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ac LXXXIII	89	Actinium	82	83	24760	170	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ac LXXXIV	89	Actinium	83	84	28610	190	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ac LXXXV	89	Actinium	84	85	29160	200	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ac LXXXVI	89	Actinium	85	86	29850	220	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ac LXXXVII	89	Actinium	86	87	30293.1	0.5	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Ac LXXXVIII	89	Actinium	87	88	119945.7	0.6	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Ac LXXXIX	89	Actinium	88	89	122063.1	2.2	theoretical	H	1s	2S<1/2>		L19200
Th I	90	Thorium	0	1	6.3067	0.00025	experimental	Th	[Rn].6d2.7s2	3F<2>	6d.7s2 2D<3/2>	L15992
Th II	90	Thorium	1	2	12.1	0.2	experimental	Ac	[Rn].6d.7s2	2D<3/2>	5f.6d 3H*<4>	L18620
Th III	90	Thorium	2	3	18.32	0.05	semi-empirical	Ra	[Rn].5f.6d	3H*<4>	5f.6p6 2F*<5/2>	L14620,L5541
Th IV	90	Thorium	3	4	28.648	0.025	experimental	Fr	[Rn].5f	2F*<5/2>	6p6 1S<0>	L14620,L10110
Th V	90	Thorium	4	5	58	1.9	theoretical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L8672c99
Th VI	90	Thorium	5	6	69.1	2	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L8672c99
Th VII	90	Thorium	6	7	82	2	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
Th VIII	90	Thorium	7	8	95	2.1	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Th IX	90	Thorium	8	9	118	2.2	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Th X	90	Thorium	9	10	133	2.2	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Th XI	90	Thorium	10	11	165	2.4	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Th XII	90	Thorium	11	12	181	2.5	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Th XIII	90	Thorium	12	13	262	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Th XIV	90	Thorium	13	14	285	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Th XV	90	Thorium	14	15	310	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Th XVI	90	Thorium	15	16	336	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Th XVII	90	Thorium	16	17	362	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Th XVIII	90	Thorium	17	18	389	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Th XIX	90	Thorium	18	19	424	3	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Th XX	90	Thorium	19	20	451	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Th XXI	90	Thorium	20	21	480	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Th XXII	90	Thorium	21	22	508	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Th XXIII	90	Thorium	22	23	650	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Th XXIV	90	Thorium	23	24	680	30	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Th XXV	90	Thorium	24	25	720	40	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Th XXVI	90	Thorium	25	26	750	40	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Th XXVII	90	Thorium	26	27	830	40	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Th XXVIII	90	Thorium	27	28	870	40	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Th XXIX	90	Thorium	28	29	970	50	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Th XXX	90	Thorium	29	30	1010	50	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Th XXXI	90	Thorium	30	31	1090	50	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Th XXXII	90	Thorium	31	32	1160	60	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Th XXXIII	90	Thorium	32	33	1240	60	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Th XXXIV	90	Thorium	33	34	1310	60	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Th XXXV	90	Thorium	34	35	1380	70	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Th XXXVI	90	Thorium	35	36	1460	70	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Th XXXVII	90	Thorium	36	37	1530	80	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Th XXXVIII	90	Thorium	37	38	1600	80	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Th XXXIX	90	Thorium	38	39	1680	80	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Th XL	90	Thorium	39	40	1760	90	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Th XLI	90	Thorium	40	41	1830	90	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Th XLII	90	Thorium	41	42	1910	100	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Th XLIII	90	Thorium	42	43	1980	100	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Th XLIV	90	Thorium	43	44	2060	100	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Th XLV	90	Thorium	44	45	2390	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Th XLVI	90	Thorium	45	46	2455	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Th XLVII	90	Thorium	46	47	2524	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Th XLVIII	90	Thorium	47	48	2598	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Th XLIX	90	Thorium	48	49	2669	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Th L	90	Thorium	49	50	2737	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Th LI	90	Thorium	50	51	2864	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Th LII	90	Thorium	51	52	2935	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Th LIII	90	Thorium	52	53	3013	4	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Th LIV	90	Thorium	53	54	3086	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Th LV	90	Thorium	54	55	3375	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Th LVI	90	Thorium	55	56	3445	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Th LVII	90	Thorium	56	57	3522	5	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Th LVIII	90	Thorium	57	58	3593	6	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Th LIX	90	Thorium	58	59	3943	6	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Th LX	90	Thorium	59	60	4025	7	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Th LXI	90	Thorium	60	61	4230	10	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Th LXII	90	Thorium	61	62	4313	4	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Th LXIII	90	Thorium	62	63	6972	15	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Th LXIV	90	Thorium	63	64	7130	19	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Th LXV	90	Thorium	64	65	7299	24	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Th LXVI	90	Thorium	65	66	7480	30	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Th LXVII	90	Thorium	66	67	7650	40	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Th LXVIII	90	Thorium	67	68	7810	40	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Th LXIX	90	Thorium	68	69	8180	50	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Th LXX	90	Thorium	69	70	8350	50	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Th LXXI	90	Thorium	70	71	8550	60	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Th LXXII	90	Thorium	71	72	8720	60	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Th LXXIII	90	Thorium	72	73	9220	70	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Th LXXIV	90	Thorium	73	74	9370	90	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Th LXXV	90	Thorium	74	75	9540	90	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Th LXXVI	90	Thorium	75	76	9690	100	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Th LXXVII	90	Thorium	76	77	10790	110	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Th LXXVIII	90	Thorium	77	78	10970	120	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Th LXXIX	90	Thorium	78	79	11340	120	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Th LXXX	90	Thorium	79	80	11510	140	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Th LXXXI	90	Thorium	80	81	24060	150	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Th LXXXII	90	Thorium	81	82	24480	160	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Th LXXXIII	90	Thorium	82	83	24940	170	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Th LXXXIV	90	Thorium	83	84	25360	190	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Th LXXXV	90	Thorium	84	85	29410	200	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Th LXXXVI	90	Thorium	85	86	29970	220	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Th LXXXVII	90	Thorium	86	87	30680	240	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Th LXXXVIII	90	Thorium	87	88	31122.8	0.6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Th LXXXIX	90	Thorium	88	89	123091	0.6	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Th XC	90	Thorium	89	90	125250.3	0.7	theoretical	H	1s	2S<1/2>		L19200
Pa I	91	Protactinium	0	1	5.89	0.12	semi-empirical	Pa	[Rn].5f2.6d.7s2	4K<11/2>	5f2.7s2 3H<4>	L16359
Pa II	91	Protactinium	1	2	11.9	0.4	semi-empirical	Th	[Rn].5f2.7s2	3H<4>	5f2.6d 4I<11/2>	L13741c99
Pa III	91	Protactinium	2	3	18.6	0.4	semi-empirical	Ac	[Rn].5f2.6d	4I<11/2>	5f2.6p6 3H<4>	L13741c99
Pa IV	91	Protactinium	3	4	30.9	0.4	semi-empirical	Ra	[Rn].5f2	3H<4>	5f.6p6 2F*<5/2>	L13741c99
Pa V	91	Protactinium	4	5	44.3	0.4	theoretical	Fr	[Rn].5f	2F*<5/2>	6p6 1S<0>	L12354c99
Pa VI	91	Protactinium	5	6	72	2	theoretical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L8672c99
Pa VII	91	Protactinium	6	7	85.1	2	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L8672c99
Pa VIII	91	Protactinium	7	8	98.9	2.1	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
Pa IX	91	Protactinium	8	9	111	2.2	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
Pa X	91	Protactinium	9	10	137	2.2	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Pa XI	91	Protactinium	10	11	153	2.4	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Pa XII	91	Protactinium	11	12	187	2.5	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Pa XIII	91	Protactinium	12	13	203	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Pa XIV	91	Protactinium	13	14	292	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Pa XV	91	Protactinium	14	15	316	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Pa XVI	91	Protactinium	15	16	342	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Pa XVII	91	Protactinium	16	17	369	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Pa XVIII	91	Protactinium	17	18	395	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Pa XIX	91	Protactinium	18	19	423	3	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Pa XX	91	Protactinium	19	20	460	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Pa XXI	91	Protactinium	20	21	488	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Pa XXII	91	Protactinium	21	22	518	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Pa XXIII	91	Protactinium	22	23	546	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Pa XXIV	91	Protactinium	23	24	690	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Pa XXV	91	Protactinium	24	25	720	40	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Pa XXVI	91	Protactinium	25	26	760	40	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Pa XXVII	91	Protactinium	26	27	790	40	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Pa XXVIII	91	Protactinium	27	28	880	40	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Pa XXIX	91	Protactinium	28	29	920	50	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Pa XXX	91	Protactinium	29	30	1020	50	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Pa XXXI	91	Protactinium	30	31	1060	50	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Pa XXXII	91	Protactinium	31	32	1150	60	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Pa XXXIII	91	Protactinium	32	33	1220	60	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Pa XXXIV	91	Protactinium	33	34	1300	60	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Pa XXXV	91	Protactinium	34	35	1370	70	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Pa XXXVI	91	Protactinium	35	36	1450	70	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Pa XXXVII	91	Protactinium	36	37	1520	80	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Pa XXXVIII	91	Protactinium	37	38	1600	80	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Pa XXXIX	91	Protactinium	38	39	1670	80	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Pa XL	91	Protactinium	39	40	1760	90	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Pa XLI	91	Protactinium	40	41	1830	90	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Pa XLII	91	Protactinium	41	42	1910	100	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Pa XLIII	91	Protactinium	42	43	1980	100	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Pa XLIV	91	Protactinium	43	44	2060	100	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Pa XLV	91	Protactinium	44	45	2130	110	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Pa XLVI	91	Protactinium	45	46	2483	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pa XLVII	91	Protactinium	46	47	2550	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pa XLVIII	91	Protactinium	47	48	2620	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pa XLIX	91	Protactinium	48	49	2696	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pa L	91	Protactinium	49	50	2766	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Pa LI	91	Protactinium	50	51	2837	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Pa LII	91	Protactinium	51	52	2968	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pa LIII	91	Protactinium	52	53	3040	4	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pa LIV	91	Protactinium	53	54	3119	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pa LV	91	Protactinium	54	55	3193	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pa LVI	91	Protactinium	55	56	3488	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pa LVII	91	Protactinium	56	57	3558	5	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pa LVIII	91	Protactinium	57	58	3637	6	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Pa LIX	91	Protactinium	58	59	3709	6	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Pa LX	91	Protactinium	59	60	4077	7	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pa LXI	91	Protactinium	60	61	4161	10	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pa LXII	91	Protactinium	61	62	4370	12	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pa LXIII	91	Protactinium	62	63	4454	5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
Pa LXIV	91	Protactinium	63	64	7181	19	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pa LXV	91	Protactinium	64	65	7341	24	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pa LXVI	91	Protactinium	65	66	7510	30	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pa LXVII	91	Protactinium	66	67	7690	40	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pa LXVIII	91	Protactinium	67	68	7870	40	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pa LXIX	91	Protactinium	68	69	8040	50	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pa LXX	91	Protactinium	69	70	8410	50	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pa LXXI	91	Protactinium	70	71	8590	60	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pa LXXII	91	Protactinium	71	72	8780	60	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pa LXXIII	91	Protactinium	72	73	8960	70	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pa LXXIV	91	Protactinium	73	74	9460	90	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pa LXXV	91	Protactinium	74	75	9620	90	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pa LXXVI	91	Protactinium	75	76	9790	100	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pa LXXVII	91	Protactinium	76	77	9950	110	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pa LXXVIII	91	Protactinium	77	78	11100	120	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pa LXXIX	91	Protactinium	78	79	11290	120	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pa LXXX	91	Protactinium	79	80	11660	140	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pa LXXXI	91	Protactinium	80	81	11840	150	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pa LXXXII	91	Protactinium	81	82	24660	160	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pa LXXXIII	91	Protactinium	82	83	25080	170	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pa LXXXIV	91	Protactinium	83	84	25540	190	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pa LXXXV	91	Protactinium	84	85	25970	200	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pa LXXXVI	91	Protactinium	85	86	30230	220	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pa LXXXVII	91	Protactinium	86	87	30800	240	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pa LXXXVIII	91	Protactinium	87	88	31520	250	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pa LXXXIX	91	Protactinium	88	89	31971.6	0.6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pa XC	91	Protactinium	89	90	126304.8	0.7	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
Pa XCI	91	Protactinium	90	91	128507	3	theoretical	H	1s	2S<1/2>		L19200
U I	92	Uranium	0	1	6.19405	0.00006	experimental	U	[Rn].5f3.6d.7s2	5L*<6>	5f3.7s2 4I*<9/2>	L5494,L7765
U II	92	Uranium	1	2	11.6	0.4	experimental	Pa	[Rn].5f3.7s2	4I*<9/2>	5f4 5I<4>	L14620
U III	92	Uranium	2	3	19.8	0.3	experimental	Th	[Rn].5f4	5I<4>	5f3.6p6 4I*<9/2>	L14620
U IV	92	Uranium	3	4	36.7	1	experimental	Ac	[Rn].5f3	4I*<9/2>	5f2.6p6 3H<4>	L14620
U V	92	Uranium	4	5	46	1.9	theoretical	Ra	[Rn].5f2	3H<4>	5f.6p6 2F*<5/2>	L8672c99
U VI	92	Uranium	5	6	62	1.6	semi-empirical	Fr	[Rn].5f	2F*<5/2>	6p6 1S<0>	L14620
U VII	92	Uranium	6	7	89	2	theoretical	Rn	[Hg].6p6	1S0	6p5 2P*<3/2>	L8672c99
U VIII	92	Uranium	7	8	101	2.1	theoretical	At	[Hg].6p5	2P*<3/2>	6p4 3P<2>	L8672c99
U IX	92	Uranium	8	9	116	2.2	theoretical	Po	[Hg].6p4	3P<2>	6p3 4S*<3/2>	L8672c99
U X	92	Uranium	9	10	128.9	2.2	theoretical	Bi	[Hg].6p3	4S*<3/2>	6p2 3P<0>	L8672c99
U XI	92	Uranium	10	11	158	2.4	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
U XII	92	Uranium	11	12	173	2.5	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
U XIII	92	Uranium	12	13	210	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
U XIV	92	Uranium	13	14	227	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
U XV	92	Uranium	14	15	323	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
U XVI	92	Uranium	15	16	348	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
U XVII	92	Uranium	16	17	375	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
U XVIII	92	Uranium	17	18	402	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
U XIX	92	Uranium	18	19	431	3	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
U XX	92	Uranium	19	20	458	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
U XXI	92	Uranium	20	21	497	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
U XXII	92	Uranium	21	22	525	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
U XXIII	92	Uranium	22	23	557	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
U XXIV	92	Uranium	23	24	585	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
U XXV	92	Uranium	24	25	730	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
U XXVI	92	Uranium	25	26	770	40	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
U XXVII	92	Uranium	26	27	800	40	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
U XXVIII	92	Uranium	27	28	840	40	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
U XXIX	92	Uranium	28	29	930	50	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
U XXX	92	Uranium	29	30	970	50	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
U XXXI	92	Uranium	30	31	1070	50	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
U XXXII	92	Uranium	31	32	1110	60	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
U XXXIII	92	Uranium	32	33	1210	60	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
U XXXIV	92	Uranium	33	34	1290	60	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
U XXXV	92	Uranium	34	35	1370	70	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
U XXXVI	92	Uranium	35	36	1440	70	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
U XXXVII	92	Uranium	36	37	1520	80	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
U XXXVIII	92	Uranium	37	38	1590	80	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
U XXXIX	92	Uranium	38	39	1670	80	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
U XL	92	Uranium	39	40	1750	90	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
U XLI	92	Uranium	40	41	1830	90	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
U XLII	92	Uranium	41	42	1910	100	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
U XLIII	92	Uranium	42	43	1990	100	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
U XLIV	92	Uranium	43	44	2070	100	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
U XLV	92	Uranium	44	45	2140	110	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
U XLVI	92	Uranium	45	46	2220	110	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
U XLVII	92	Uranium	46	47	2578	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
U XLVIII	92	Uranium	47	48	2646	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
U XLIX	92	Uranium	48	49	2718	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
U L	92	Uranium	49	50	2794	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
U LI	92	Uranium	50	51	2867	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
U LII	92	Uranium	51	52	2938	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
U LIII	92	Uranium	52	53	3073	4	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
U LIV	92	Uranium	53	54	3147	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
U LV	92	Uranium	54	55	3228	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
U LVI	92	Uranium	55	56	3301	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
U LVII	92	Uranium	56	57	3602	5	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
U LVIII	92	Uranium	57	58	3675	6	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
U LIX	92	Uranium	58	59	3753	6	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
U LX	92	Uranium	59	60	3827	7	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
U LXI	92	Uranium	60	61	4214	10	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
U LXII	92	Uranium	61	62	4299	12	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
U LXIII	92	Uranium	62	63	4513	15	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
U LXIV	92	Uranium	63	64	4598	5	semi-empirical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L10278
U LXV	92	Uranium	64	65	7393	24	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
U LXVI	92	Uranium	65	66	7550	30	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
U LXVII	92	Uranium	66	67	7730	40	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
U LXVIII	92	Uranium	67	68	7910	40	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
U LXIX	92	Uranium	68	69	8090	50	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
U LXX	92	Uranium	69	70	8260	50	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
U LXXI	92	Uranium	70	71	8650	60	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
U LXXII	92	Uranium	71	72	8830	60	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
U LXXIII	92	Uranium	72	73	9030	70	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
U LXXIV	92	Uranium	73	74	9210	90	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
U LXXV	92	Uranium	74	75	9720	90	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
U LXXVI	92	Uranium	75	76	9870	100	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
U LXXVII	92	Uranium	76	77	10040	110	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
U LXXVIII	92	Uranium	77	78	10200	120	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
U LXXIX	92	Uranium	78	79	11410	120	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
U LXXX	92	Uranium	79	80	11600	140	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
U LXXXI	92	Uranium	80	81	11990	150	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
U LXXXII	92	Uranium	81	82	12160	160	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
U LXXXIII	92	Uranium	82	83	25260	170	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
U LXXXIV	92	Uranium	83	84	25680	190	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
U LXXXV	92	Uranium	84	85	26150	200	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
U LXXXVI	92	Uranium	85	86	26590	220	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
U LXXXVII	92	Uranium	86	87	31060	240	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
U LXXXVIII	92	Uranium	87	88	31640	250	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
U LXXXIX	92	Uranium	88	89	32400	300	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
U XC	92	Uranium	89	90	32836.5	0.6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
U XCI	92	Uranium	90	91	129569.9	0.7	theoretical	He	1s2	1S0	1s 2S<1/2>	L21139
U XCII	92	Uranium	91	92	131816.2	0.5	theoretical	H	1s	2S<1/2>		L19200
Np I	93	Neptunium	0	1	6.265608	0.000019	experimental	Np	[Rn].5f4.6d.7s2	6L<11/2>	5f4.6d.7s 7L<5>	L23048
Np II	93	Neptunium	1	2	11.5	0.4	semi-empirical	U	[Rn].5f4.6d.7s	7L<5>	5f5 6H*<5/2>	L13741c99
Np III	93	Neptunium	2	3	19.7	0.4	semi-empirical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L13741c99
Np IV	93	Neptunium	3	4	33.8	0.4	semi-empirical	Th	[Rn].5f4	5I<4>	5f3.6p6 4I*<9/2>	L13741c99
Np V	93	Neptunium	4	5	48	1.9	theoretical	Ac	[Rn].5f3	4I*<9/2>	5f2.6p6 3H<4>	L8672c99
Np VI	93	Neptunium	5	6	65	2	theoretical	Ra	[Rn].5f2	3H<4>	5f.6p6 2F*<5/2>	L8672c99
Np VII	93	Neptunium	6	7	92	5	theoretical	Fr	[Rn].5f	2F*<5/2>	5f.6p5	L582
Np VIII	93	Neptunium	7	8	107	5	theoretical	Rn	[Hg].5f.6p5		5f.6p4*	L582
Np IX	93	Neptunium	8	9	121	6	theoretical	At	[Hg].5f.6p4	*	5f.6p3	L582
Np X	93	Neptunium	9	10	136	7	theoretical	Po	[Hg].5f.6p3		5f.6p2*	L582
Np XI	93	Neptunium	10	11	151	8	theoretical	Bi	[Hg].5f.6p2	*	6p2 3P<0>	L582
Np XII	93	Neptunium	11	12	179	2.5	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Np XIII	93	Neptunium	12	13	196	3	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Np XIV	93	Neptunium	13	14	233	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Np XV	93	Neptunium	14	15	252	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Np XVI	93	Neptunium	15	16	355	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Np XVII	93	Neptunium	16	17	382	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Np XVIII	93	Neptunium	17	18	408	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Np XIX	93	Neptunium	18	19	438	3	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Np XX	93	Neptunium	19	20	466	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Np XXI	93	Neptunium	20	21	495	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Np XXII	93	Neptunium	21	22	535	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Np XXIII	93	Neptunium	22	23	565	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Np XXIV	93	Neptunium	23	24	596	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Np XXV	93	Neptunium	24	25	626	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Np XXVI	93	Neptunium	25	26	770	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Np XXVII	93	Neptunium	26	27	810	40	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Np XXVIII	93	Neptunium	27	28	850	40	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Np XXIX	93	Neptunium	28	29	880	40	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Np XXX	93	Neptunium	29	30	980	50	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Np XXXI	93	Neptunium	30	31	1020	50	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Np XXXII	93	Neptunium	31	32	1130	60	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Np XXXIII	93	Neptunium	32	33	1170	60	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Np XXXIV	93	Neptunium	33	34	1280	60	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Np XXXV	93	Neptunium	34	35	1360	70	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Np XXXVI	93	Neptunium	35	36	1430	70	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Np XXXVII	93	Neptunium	36	37	1510	70	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Np XXXVIII	93	Neptunium	37	38	1590	80	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Np XXXIX	93	Neptunium	38	39	1670	80	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Np XL	93	Neptunium	39	40	1740	90	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Np XLI	93	Neptunium	40	41	1820	90	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Np XLII	93	Neptunium	41	42	1910	100	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Np XLIII	93	Neptunium	42	43	1990	100	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Np XLIV	93	Neptunium	43	44	2070	100	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Np XLV	93	Neptunium	44	45	2140	110	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Np XLVI	93	Neptunium	45	46	2230	110	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Np XLVII	93	Neptunium	46	47	2310	110	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Np XLVIII	93	Neptunium	47	48	2675	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Np XLIX	93	Neptunium	48	49	2745	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Np L	93	Neptunium	49	50	2817	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Np LI	93	Neptunium	50	51	2894	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Np LII	93	Neptunium	51	52	2969	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Np LIII	93	Neptunium	52	53	3041	4	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Np LIV	93	Neptunium	53	54	3181	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Np LV	93	Neptunium	54	55	3255	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Np LVI	93	Neptunium	55	56	3338	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Np LVII	93	Neptunium	56	57	3413	5	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Np LVIII	93	Neptunium	57	58	3718	6	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Np LIX	93	Neptunium	58	59	3792	6	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Np LX	93	Neptunium	59	60	3872	7	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Np LXI	93	Neptunium	60	61	3947	10	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Np LXII	93	Neptunium	61	62	4353	12	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Np LXIII	93	Neptunium	62	63	4441	15	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Np LXIV	93	Neptunium	63	64	4658	19	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Np LXV	93	Neptunium	64	65	4744	24	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Np LXVI	93	Neptunium	65	66	7610	30	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Np LXVII	93	Neptunium	66	67	7770	40	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Np LXVIII	93	Neptunium	67	68	7950	40	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Np LXIX	93	Neptunium	68	69	8130	50	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Np LXX	93	Neptunium	69	70	8310	50	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Np LXXI	93	Neptunium	70	71	8480	60	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Np LXXII	93	Neptunium	71	72	8890	60	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Np LXXIII	93	Neptunium	72	73	9070	70	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Np LXXIV	93	Neptunium	73	74	9270	90	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Np LXXV	93	Neptunium	74	75	9450	90	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Np LXXVI	93	Neptunium	75	76	9970	100	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Np LXXVII	93	Neptunium	76	77	10130	110	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Np LXXVIII	93	Neptunium	77	78	10300	120	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Np LXXIX	93	Neptunium	78	79	10470	120	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Np LXXX	93	Neptunium	79	80	11730	140	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Np LXXXI	93	Neptunium	80	81	11930	150	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Np LXXXII	93	Neptunium	81	82	12320	160	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Np LXXXIII	93	Neptunium	82	83	12500	170	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Np LXXXIV	93	Neptunium	83	84	25870	190	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Np LXXXV	93	Neptunium	84	85	26300	200	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Np LXXXVI	93	Neptunium	85	86	26770	220	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Np LXXXVII	93	Neptunium	86	87	27210	240	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Np LXXXVIII	93	Neptunium	87	88	31910	250	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Np LXXXIX	93	Neptunium	88	89	32500	300	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Np XC	93	Neptunium	89	90	33300	300	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Np XCI	93	Neptunium	90	91	33722.2	0.7	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Np XCII	93	Neptunium	91	92	132911	3	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Np XCIII	93	Neptunium	92	93	135202	4	theoretical	H	1s	2S<1/2>		L19200
Pu I	94	Plutonium	0	1	6.02576	0.00025	experimental	Pu	[Rn].5f6.7s2	7F0	5f6.7s 8F<1/2>	L15992,L11260
Pu II	94	Plutonium	1	2	11.5	0.4	semi-empirical	Np	[Rn].5f6.7s	8F<1/2>	5f6 7F<0>	L13741c99
Pu III	94	Plutonium	2	3	21.1	0.4	semi-empirical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L13741c99
Pu IV	94	Plutonium	3	4	35	0.4	semi-empirical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L13741c99
Pu V	94	Plutonium	4	5	49	1.9	theoretical	Th	[Rn].5f4	5I<4>	5f3.6p6 4I*<9/2>	L8672c99
Pu VI	94	Plutonium	5	6	80	4	theoretical	Ac	[Rn].5f3	4I*<9/2>	5f3.6p5	L582
Pu VII	94	Plutonium	6	7	95	5	theoretical	Ra	[Hg].5f3.6p5		5f3.6p4*	L582
Pu VIII	94	Plutonium	7	8	109	5	theoretical	Fr	[Hg].5f3.6p4	*	5f3.6p3	L582
Pu IX	94	Plutonium	8	9	124	6	theoretical	Rn	[Hg].5f3.6p3		5f3.6p2*	L582
Pu X	94	Plutonium	9	10	139	7	theoretical	At	[Hg].5f3.6p2	*	5f2.6p2	L582
Pu XI	94	Plutonium	10	11	159	8	theoretical	Po	[Hg].5f2.6p2		5f.6p2*	L582
Pu XII	94	Plutonium	11	12	179	9	theoretical	Bi	[Hg].5f.6p2	*	6p2 3P<0>	L582
Pu XIII	94	Plutonium	12	13	200	3	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Pu XIV	94	Plutonium	13	14	219	3	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Pu XV	94	Plutonium	14	15	258	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Pu XVI	94	Plutonium	15	16	278	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Pu XVII	94	Plutonium	16	17	389	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Pu XVIII	94	Plutonium	17	18	416	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Pu XIX	94	Plutonium	18	19	444	3	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Pu XX	94	Plutonium	19	20	474	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Pu XXI	94	Plutonium	20	21	503	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Pu XXII	94	Plutonium	21	22	532	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Pu XXIII	94	Plutonium	22	23	575	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Pu XXIV	94	Plutonium	23	24	605	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Pu XXV	94	Plutonium	24	25	637	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Pu XXVI	94	Plutonium	25	26	668	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Pu XXVII	94	Plutonium	26	27	820	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Pu XXVIII	94	Plutonium	27	28	850	40	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Pu XXIX	94	Plutonium	28	29	890	40	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Pu XXX	94	Plutonium	29	30	930	50	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Pu XXXI	94	Plutonium	30	31	1030	50	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Pu XXXII	94	Plutonium	31	32	1070	50	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Pu XXXIII	94	Plutonium	32	33	1180	60	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Pu XXXIV	94	Plutonium	33	34	1220	60	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Pu XXXV	94	Plutonium	34	35	1340	70	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Pu XXXVI	94	Plutonium	35	36	1420	70	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Pu XXXVII	94	Plutonium	36	37	1500	70	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Pu XXXVIII	94	Plutonium	37	38	1580	70	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Pu XXXIX	94	Plutonium	38	39	1660	80	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Pu XL	94	Plutonium	39	40	1740	90	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Pu XLI	94	Plutonium	40	41	1820	90	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Pu XLII	94	Plutonium	41	42	1890	90	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Pu XLIII	94	Plutonium	42	43	1990	100	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Pu XLIV	94	Plutonium	43	44	2070	100	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Pu XLV	94	Plutonium	44	45	2150	110	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Pu XLVI	94	Plutonium	45	46	2230	110	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Pu XLVII	94	Plutonium	46	47	2310	110	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Pu XLVIII	94	Plutonium	47	48	2390	120	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Pu XLIX	94	Plutonium	48	49	2774	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Pu L	94	Plutonium	49	50	2844	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Pu LI	94	Plutonium	50	51	2918	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Pu LII	94	Plutonium	51	52	2997	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Pu LIII	94	Plutonium	52	53	3072	4	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Pu LIV	94	Plutonium	53	54	3146	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Pu LV	94	Plutonium	54	55	3290	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Pu LVI	94	Plutonium	55	56	3366	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Pu LVII	94	Plutonium	56	57	3449	5	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Pu LVIII	94	Plutonium	57	58	3527	6	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Pu LIX	94	Plutonium	58	59	3836	6	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Pu LX	94	Plutonium	59	60	3911	7	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Pu LXI	94	Plutonium	60	61	3993	10	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Pu LXII	94	Plutonium	61	62	4068	12	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Pu LXIII	94	Plutonium	62	63	4496	15	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Pu LXIV	94	Plutonium	63	64	4585	19	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Pu LXV	94	Plutonium	64	65	4807	24	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Pu LXVI	94	Plutonium	65	66	4890	30	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Pu LXVII	94	Plutonium	66	67	7830	40	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Pu LXVIII	94	Plutonium	67	68	7990	40	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Pu LXIX	94	Plutonium	68	69	8170	50	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Pu LXX	94	Plutonium	69	70	8360	50	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Pu LXXI	94	Plutonium	70	71	8540	60	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Pu LXXII	94	Plutonium	71	72	8710	60	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Pu LXXIII	94	Plutonium	72	73	9130	70	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Pu LXXIV	94	Plutonium	73	74	9310	90	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Pu LXXV	94	Plutonium	74	75	9520	90	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Pu LXXVI	94	Plutonium	75	76	9700	100	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Pu LXXVII	94	Plutonium	76	77	10230	110	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Pu LXXVIII	94	Plutonium	77	78	10390	120	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Pu LXXIX	94	Plutonium	78	79	10570	120	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Pu LXXX	94	Plutonium	79	80	10730	140	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Pu LXXXI	94	Plutonium	80	81	12060	150	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Pu LXXXII	94	Plutonium	81	82	12260	160	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Pu LXXXIII	94	Plutonium	82	83	12660	170	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Pu LXXXIV	94	Plutonium	83	84	12840	190	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Pu LXXXV	94	Plutonium	84	85	26480	200	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Pu LXXXVI	94	Plutonium	85	86	26920	220	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Pu LXXXVII	94	Plutonium	86	87	27400	240	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Pu LXXXVIII	94	Plutonium	87	88	27840	250	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Pu LXXXIX	94	Plutonium	88	89	32800	300	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Pu XC	94	Plutonium	89	90	33400	300	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Pu XCI	94	Plutonium	90	91	34100	300	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Pu XCII	94	Plutonium	91	92	34625.8	0.7	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Pu XCIII	94	Plutonium	92	93	136305.1	2.4	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Pu XCIV	94	Plutonium	93	94	138640.2	2.5	theoretical	H	1s	2S<1/2>		L19200
Am I	95	Americium	0	1	5.97381	0.00025	experimental	Am	[Rn].5f7.7s2	8S*<7/2>	5f7.7s 9S*<4>	L15992
Am II	95	Americium	1	2	11.7	0.4	semi-empirical	Pu	[Rn].5f7.7s	9S*<4>	5f7 8S*<7/2>	L13741c99
Am III	95	Americium	2	3	21.7	0.4	semi-empirical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L13741c99
Am IV	95	Americium	3	4	36.8	0.4	semi-empirical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L13741c99
Am V	95	Americium	4	5	50	1.9	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Am VI	95	Americium	5	6	67.9	2	theoretical	Th	[Rn].5f4	5I<4>	5f3.6p6 4I*<9/2>	L8672c99
Am VII	95	Americium	6	7	95	5	theoretical	Ac	[Rn].5f3	4I*<9/2>	5f3.6p5	L582
Am VIII	95	Americium	7	8	110	6	theoretical	Ra	[Hg].5f3.6p5		5f3.6p4*	L582
Am IX	95	Americium	8	9	125	6	theoretical	Fr	[Hg].5f3.6p4	*	5f3.6p3	L582
Am X	95	Americium	9	10	141	7	theoretical	Rn	[Hg].5f3.6p3		5f3.6p2*	L582
Am XI	95	Americium	10	11	163	8	theoretical	At	[Hg].5f3.6p2	*	5f2.6p2	L582
Am XII	95	Americium	11	12	184	9	theoretical	Po	[Hg].5f2.6p2		5f.6p2*	L582
Am XIII	95	Americium	12	13	206	10	theoretical	Bi	[Hg].5f.6p2	*	6p2 3P<0>	L582
Am XIV	95	Americium	13	14	225	3	theoretical	Pb	[Hg].6p2	3P0	6p 2P*<1/2>	L8672c99
Am XV	95	Americium	14	15	242	3	theoretical	Tl	[Hg].6p	2P*<1/2>	6s2 1S<0>	L8672c99
Am XVI	95	Americium	15	16	284	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Am XVII	95	Americium	16	17	305	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Am XVIII	95	Americium	17	18	424	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Am XIX	95	Americium	18	19	451	3	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Am XX	95	Americium	19	20	481	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Am XXI	95	Americium	20	21	511	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Am XXII	95	Americium	21	22	541	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Am XXIII	95	Americium	22	23	571	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Am XXIV	95	Americium	23	24	616	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Am XXV	95	Americium	24	25	646	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Am XXVI	95	Americium	25	26	680	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Am XXVII	95	Americium	26	27	711	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Am XXVIII	95	Americium	27	28	870	40	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Am XXIX	95	Americium	28	29	900	50	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Am XXX	95	Americium	29	30	940	50	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Am XXXI	95	Americium	30	31	980	50	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Am XXXII	95	Americium	31	32	1090	50	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Am XXXIII	95	Americium	32	33	1130	60	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Am XXXIV	95	Americium	33	34	1240	60	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Am XXXV	95	Americium	34	35	1280	60	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Am XXXVI	95	Americium	35	36	1410	70	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Am XXXVII	95	Americium	36	37	1490	70	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Am XXXVIII	95	Americium	37	38	1570	80	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Am XXXIX	95	Americium	38	39	1650	90	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Am XL	95	Americium	39	40	1730	90	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Am XLI	95	Americium	40	41	1820	90	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Am XLII	95	Americium	41	42	1900	90	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Am XLIII	95	Americium	42	43	1980	100	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Am XLIV	95	Americium	43	44	2070	100	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Am XLV	95	Americium	44	45	2160	110	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Am XLVI	95	Americium	45	46	2240	110	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Am XLVII	95	Americium	46	47	2320	110	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Am XLVIII	95	Americium	47	48	2410	120	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Am XLIX	95	Americium	48	49	2480	120	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Am L	95	Americium	49	50	2874	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Am LI	95	Americium	50	51	2946	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Am LII	95	Americium	51	52	3021	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Am LIII	95	Americium	52	53	3101	4	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Am LIV	95	Americium	53	54	3178	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Am LV	95	Americium	54	55	3251	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Am LVI	95	Americium	55	56	3402	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Am LVII	95	Americium	56	57	3479	5	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Am LVIII	95	Americium	57	58	3563	6	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Am LIX	95	Americium	58	59	3641	6	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Am LX	95	Americium	59	60	3956	7	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Am LXI	95	Americium	60	61	4033	10	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Am LXII	95	Americium	61	62	4115	12	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Am LXIII	95	Americium	62	63	4191	15	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Am LXIV	95	Americium	63	64	4642	19	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Am LXV	95	Americium	64	65	4733	24	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Am LXVI	95	Americium	65	66	4960	30	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Am LXVII	95	Americium	66	67	5050	40	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Am LXVIII	95	Americium	67	68	8040	40	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Am LXIX	95	Americium	68	69	8210	50	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Am LXX	95	Americium	69	70	8390	50	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Am LXXI	95	Americium	70	71	8590	60	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Am LXXII	95	Americium	71	72	8770	60	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Am LXXIII	95	Americium	72	73	8950	70	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Am LXXIV	95	Americium	73	74	9380	90	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Am LXXV	95	Americium	74	75	9560	90	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Am LXXVI	95	Americium	75	76	9770	100	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Am LXXVII	95	Americium	76	77	9960	110	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Am LXXVIII	95	Americium	77	78	10490	120	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Am LXXIX	95	Americium	78	79	10650	120	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Am LXXX	95	Americium	79	80	10830	140	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Am LXXXI	95	Americium	80	81	11000	150	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Am LXXXII	95	Americium	81	82	12400	160	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Am LXXXIII	95	Americium	82	83	12600	170	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Am LXXXIV	95	Americium	83	84	13000	190	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Am LXXXV	95	Americium	84	85	13190	200	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Am LXXXVI	95	Americium	85	86	27110	220	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Am LXXXVII	95	Americium	86	87	27550	240	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Am LXXXVIII	95	Americium	87	88	28040	250	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Am LXXXIX	95	Americium	88	89	28500	300	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Am XC	95	Americium	89	90	33700	300	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Am XCI	95	Americium	90	91	34300	300	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Am XCII	95	Americium	91	92	35100	300	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Am XCIII	95	Americium	92	93	35549.4	0.7	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Am XCIV	95	Americium	93	94	139769.5	0.7	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Am XCV	95	Americium	94	95	142153.5	0.9	theoretical	H	1s	2S<1/2>		L19200
Cm I	96	Curium	0	1	5.992241	0.00002	experimental	Cm	[Rn].5f7.6d.7s2	9D*<2>	5f7.7s2 8S*<7/2>	L22423
Cm II	96	Curium	1	2	12.4	0.4	semi-empirical	Am	[Rn].5f7.7s2	8S*<7/2>	5f8 7F<6>	L13741c99
Cm III	96	Curium	2	3	20.1	0.4	semi-empirical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L13741c99
Cm IV	96	Curium	3	4	37.7	0.4	semi-empirical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L13741c99
Cm V	96	Curium	4	5	51	1.9	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Cm VI	96	Curium	5	6	69.1	2	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Cm VII	96	Curium	6	7	97	5	theoretical	Th	[Rn].5f4	5I<4>	5f5.6p4	L582
Cm VIII	96	Curium	7	8	112	6	theoretical	Ac	[Hg].5f5.6p4	*	5f5.6p3	L582
Cm IX	96	Curium	8	9	128	6	theoretical	Ra	[Hg].5f5.6p3		5f5.6p2*	L582
Cm X	96	Curium	9	10	144	7	theoretical	Fr	[Hg].5f5.6p2	*	5f4.6p2	L582
Cm XI	96	Curium	10	11	167	8	theoretical	Rn	[Hg].5f4.6p2		5f3.6p2*	L582
Cm XII	96	Curium	11	12	190	10	theoretical	At	[Hg].5f3.6p2	*	5f2.6p2	L582
Cm XIII	96	Curium	12	13	213	11	theoretical	Po	[Hg].5f2.6p2		5f.6p2*	L582
Cm XIV	96	Curium	13	14	235	12	theoretical	Bi	[Hg].5f.6p2	*	5f.6p	L582
Cm XV	96	Curium	14	15	253	12	theoretical	Pb	[Hg].5f.6p		5f 2F*<5/2>	L582
Cm XVI	96	Curium	15	16	272	14	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Cm XVII	96	Curium	16	17	311	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Cm XVIII	96	Curium	17	18	332	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Cm XIX	96	Curium	18	19	460	3	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Cm XX	96	Curium	19	20	489	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Cm XXI	96	Curium	20	21	518	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Cm XXII	96	Curium	21	22	550	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Cm XXIII	96	Curium	22	23	580	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Cm XXIV	96	Curium	23	24	611	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Cm XXV	96	Curium	24	25	657	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Cm XXVI	96	Curium	25	26	689	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Cm XXVII	96	Curium	26	27	723	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Cm XXVIII	96	Curium	27	28	755	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Cm XXIX	96	Curium	28	29	910	50	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Cm XXX	96	Curium	29	30	950	50	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Cm XXXI	96	Curium	30	31	990	50	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Cm XXXII	96	Curium	31	32	1030	50	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Cm XXXIII	96	Curium	32	33	1140	60	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Cm XXXIV	96	Curium	33	34	1180	60	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Cm XXXV	96	Curium	34	35	1300	60	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Cm XXXVI	96	Curium	35	36	1340	70	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Cm XXXVII	96	Curium	36	37	1480	70	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Cm XXXVIII	96	Curium	37	38	1560	80	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Cm XXXIX	96	Curium	38	39	1650	80	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Cm XL	96	Curium	39	40	1730	90	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Cm XLI	96	Curium	40	41	1810	90	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Cm XLII	96	Curium	41	42	1890	90	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Cm XLIII	96	Curium	42	43	1980	100	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Cm XLIV	96	Curium	43	44	2060	100	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Cm XLV	96	Curium	44	45	2160	110	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Cm XLVI	96	Curium	45	46	2240	110	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Cm XLVII	96	Curium	46	47	2320	120	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Cm XLVIII	96	Curium	47	48	2410	120	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Cm XLIX	96	Curium	48	49	2490	120	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Cm L	96	Curium	49	50	2580	120	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Cm LI	96	Curium	50	51	2976	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Cm LII	96	Curium	51	52	3050	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Cm LIII	96	Curium	52	53	3125	4	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Cm LIV	96	Curium	53	54	3207	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Cm LV	96	Curium	54	55	3284	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Cm LVI	96	Curium	55	56	3360	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Cm LVII	96	Curium	56	57	3515	5	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Cm LVIII	96	Curium	57	58	3593	6	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Cm LIX	96	Curium	58	59	3679	6	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Cm LX	96	Curium	59	60	3758	7	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Cm LXI	96	Curium	60	61	4078	10	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Cm LXII	96	Curium	61	62	4156	12	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Cm LXIII	96	Curium	62	63	4239	15	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Cm LXIV	96	Curium	63	64	4317	19	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Cm LXV	96	Curium	64	65	4791	24	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Cm LXVI	96	Curium	65	66	4880	30	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Cm LXVII	96	Curium	66	67	5110	40	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Cm LXVIII	96	Curium	67	68	5200	40	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Cm LXIX	96	Curium	68	69	8270	50	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Cm LXX	96	Curium	69	70	8440	50	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Cm LXXI	96	Curium	70	71	8620	60	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Cm LXXII	96	Curium	71	72	8820	60	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Cm LXXIII	96	Curium	72	73	9000	70	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Cm LXXIV	96	Curium	73	74	9180	90	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Cm LXXV	96	Curium	74	75	9630	90	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Cm LXXVI	96	Curium	75	76	9820	100	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Cm LXXVII	96	Curium	76	77	10020	110	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Cm LXXVIII	96	Curium	77	78	10220	120	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Cm LXXIX	96	Curium	78	79	10760	120	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Cm LXXX	96	Curium	79	80	10920	140	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Cm LXXXI	96	Curium	80	81	11100	150	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Cm LXXXII	96	Curium	81	82	11270	160	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Cm LXXXIII	96	Curium	82	83	12740	170	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Cm LXXXIV	96	Curium	83	84	12950	190	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Cm LXXXV	96	Curium	84	85	13350	200	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Cm LXXXVI	96	Curium	85	86	13550	220	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Cm LXXXVII	96	Curium	86	87	27740	240	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Cm LXXXVIII	96	Curium	87	88	28180	250	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Cm LXXXIX	96	Curium	88	89	28700	300	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Cm XC	96	Curium	89	90	29100	300	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Cm XCI	96	Curium	90	91	34600	300	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Cm XCII	96	Curium	91	92	35200	300	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Cm XCIII	96	Curium	92	93	36000	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Cm XCIV	96	Curium	93	94	36493	0.9	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cm XCV	96	Curium	94	95	143311	4	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Cm XCVI	96	Curium	95	96	145740.1	1.6	theoretical	H	1s	2S<1/2>		L19200
Bk I	97	Berkelium	0	1	6.19785	0.00025	experimental	Bk	[Rn].5f9.7s2	6H*<15/2>	5f9.7s 7H*<8>	L15992
Bk II	97	Berkelium	1	2	11.9	0.4	semi-empirical	Cm	[Rn].5f9.7s	7H*<8>	5f9 6H*<15/2>	L13741c99
Bk III	97	Berkelium	2	3	21.6	0.4	semi-empirical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L13741c99
Bk IV	97	Berkelium	3	4	36	0.4	semi-empirical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L13741c99
Bk V	97	Berkelium	4	5	56	1.9	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Bk VI	97	Berkelium	5	6	70.1	2	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Bk VII	97	Berkelium	6	7	90	2	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Bk VIII	97	Berkelium	7	8	114	6	theoretical	Th	[Rn].5f4	5I<4>	5f6.6p3	L582
Bk IX	97	Berkelium	8	9	130	6	theoretical	Ac	[Hg].5f6.6p3	*	5f6.6p2	L582
Bk X	97	Berkelium	9	10	147	7	theoretical	Ra	[Hg].5f6.6p2		5f5.6p2*	L582
Bk XI	97	Berkelium	10	11	171	9	theoretical	Fr	[Hg].5f5.6p2	*	5f4.6p2	L582
Bk XII	97	Berkelium	11	12	195	10	theoretical	Rn	[Hg].5f4.6p2		5f3.6p2*	L582
Bk XIII	97	Berkelium	12	13	218	11	theoretical	At	[Hg].5f3.6p2	*	5f2.6p2	L582
Bk XIV	97	Berkelium	13	14	240	12	theoretical	Po	[Hg].5f2.6p2		5f2.6p*	L582
Bk XV	97	Berkelium	14	15	259	12	theoretical	Bi	[Hg].5f2.6p	*	5f2	L582
Bk XVI	97	Berkelium	15	16	279	14	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Bk XVII	97	Berkelium	16	17	303	15	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Bk XVIII	97	Berkelium	17	18	339	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Bk XIX	97	Berkelium	18	19	361	3	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Bk XX	97	Berkelium	19	20	497	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Bk XXI	97	Berkelium	20	21	526	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Bk XXII	97	Berkelium	21	22	557	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Bk XXIII	97	Berkelium	22	23	590	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Bk XXIV	97	Berkelium	23	24	621	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Bk XXV	97	Berkelium	24	25	652	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Bk XXVI	97	Berkelium	25	26	700	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Bk XXVII	97	Berkelium	26	27	733	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Bk XXVIII	97	Berkelium	27	28	768	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Bk XXIX	97	Berkelium	28	29	800	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Bk XXX	97	Berkelium	29	30	960	50	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Bk XXXI	97	Berkelium	30	31	1000	50	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Bk XXXII	97	Berkelium	31	32	1040	50	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Bk XXXIII	97	Berkelium	32	33	1080	50	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Bk XXXIV	97	Berkelium	33	34	1200	60	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Bk XXXV	97	Berkelium	34	35	1240	60	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Bk XXXVI	97	Berkelium	35	36	1360	70	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Bk XXXVII	97	Berkelium	36	37	1410	70	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Bk XXXVIII	97	Berkelium	37	38	1550	80	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Bk XXXIX	97	Berkelium	38	39	1630	80	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Bk XL	97	Berkelium	39	40	1720	90	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Bk XLI	97	Berkelium	40	41	1800	90	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Bk XLII	97	Berkelium	41	42	1890	90	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Bk XLIII	97	Berkelium	42	43	1970	100	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Bk XLIV	97	Berkelium	43	44	2050	100	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Bk XLV	97	Berkelium	44	45	2140	110	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Bk XLVI	97	Berkelium	45	46	2240	110	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Bk XLVII	97	Berkelium	46	47	2320	120	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Bk XLVIII	97	Berkelium	47	48	2410	120	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Bk XLIX	97	Berkelium	48	49	2490	120	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Bk L	97	Berkelium	49	50	2580	120	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Bk LI	97	Berkelium	50	51	2670	140	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Bk LII	97	Berkelium	51	52	3080	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Bk LIII	97	Berkelium	52	53	3154	4	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Bk LIV	97	Berkelium	53	54	3232	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Bk LV	97	Berkelium	54	55	3315	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Bk LVI	97	Berkelium	55	56	3393	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Bk LVII	97	Berkelium	56	57	3469	5	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Bk LVIII	97	Berkelium	57	58	3630	6	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Bk LIX	97	Berkelium	58	59	3709	6	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Bk LX	97	Berkelium	59	60	3797	7	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Bk LXI	97	Berkelium	60	61	3877	10	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Bk LXII	97	Berkelium	61	62	4202	12	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Bk LXIII	97	Berkelium	62	63	4281	15	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Bk LXIV	97	Berkelium	63	64	4365	19	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Bk LXV	97	Berkelium	64	65	4445	24	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Bk LXVI	97	Berkelium	65	66	4940	30	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Bk LXVII	97	Berkelium	66	67	5040	40	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Bk LXVIII	97	Berkelium	67	68	5270	40	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Bk LXIX	97	Berkelium	68	69	5360	50	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Bk LXX	97	Berkelium	69	70	8500	50	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Bk LXXI	97	Berkelium	70	71	8670	60	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Bk LXXII	97	Berkelium	71	72	8850	60	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Bk LXXIII	97	Berkelium	72	73	9050	70	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Bk LXXIV	97	Berkelium	73	74	9240	90	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Bk LXXV	97	Berkelium	74	75	9420	90	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Bk LXXVI	97	Berkelium	75	76	9880	100	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Bk LXXVII	97	Berkelium	76	77	10070	110	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Bk LXXVIII	97	Berkelium	77	78	10280	120	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Bk LXXIX	97	Berkelium	78	79	10480	120	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Bk LXXX	97	Berkelium	79	80	11020	140	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Bk LXXXI	97	Berkelium	80	81	11190	150	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Bk LXXXII	97	Berkelium	81	82	11380	160	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Bk LXXXIII	97	Berkelium	82	83	11550	170	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Bk LXXXIV	97	Berkelium	83	84	13090	190	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Bk LXXXV	97	Berkelium	84	85	13300	200	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Bk LXXXVI	97	Berkelium	85	86	13720	220	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Bk LXXXVII	97	Berkelium	86	87	13910	240	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Bk LXXXVIII	97	Berkelium	87	88	28380	250	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Bk LXXXIX	97	Berkelium	88	89	28800	300	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Bk XC	97	Berkelium	89	90	29300	300	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Bk XCI	97	Berkelium	90	91	29800	300	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Bk XCII	97	Berkelium	91	92	35500	300	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Bk XCIII	97	Berkelium	92	93	36200	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Bk XCIV	97	Berkelium	93	94	37000	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Bk XCV	97	Berkelium	94	95	37457.6	0.9	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Bk XCVI	97	Berkelium	95	96	146917	5	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Bk XCVII	97	Berkelium	96	97	149398	5	theoretical	H	1s	2S<1/2>		L19200
Cf I	98	Californium	0	1	6.281878	0.000006	experimental	Cf	[Rn].5f10.7s2	5I<8>	5f10.7s 6I<17/2>	L22260
Cf II	98	Californium	1	2	12	0.4	semi-empirical	Bk	[Rn].5f10.7s	6I<17/2>	5f10 5I<8>	L13741c99
Cf III	98	Californium	2	3	22.4	0.4	semi-empirical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L13741c99
Cf IV	98	Californium	3	4	37.7	0.4	semi-empirical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L13741c99
Cf V	98	Californium	4	5	51.9	1.9	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Cf VI	98	Californium	5	6	75	2	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Cf VII	98	Californium	6	7	91	2	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Cf VIII	98	Californium	7	8	112.9	2.1	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Cf IX	98	Californium	8	9	133	6	theoretical	Th	[Rn].5f4	5I<4>	5f7.6p2	L582
Cf X	98	Californium	9	10	152	7	theoretical	Ac	[Hg].5f7.6p2	*	5f6.6p2	L582
Cf XI	98	Californium	10	11	178	9	theoretical	Ra	[Hg].5f6.6p2		5f5.6p2*	L582
Cf XII	98	Californium	11	12	201	10	theoretical	Fr	[Hg].5f5.6p2	*	5f4.6p2	L582
Cf XIII	98	Californium	12	13	225	11	theoretical	Rn	[Hg].5f4.6p2		5f3.6p2*	L582
Cf XIV	98	Californium	13	14	247	12	theoretical	At	[Hg].5f3.6p2	*	5f3.6p	L582
Cf XV	98	Californium	14	15	265	14	theoretical	Po	[Hg].5f3.6p		5f3*	L582
Cf XVI	98	Californium	15	16	286	15	theoretical	Bi	[Hg].5f3	*	5f2	L582
Cf XVII	98	Californium	16	17	310	15	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Cf XVIII	98	Californium	17	18	334	16	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Cf XIX	98	Californium	18	19	368	3	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Cf XX	98	Californium	19	20	390	4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Cf XXI	98	Californium	20	21	536	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Cf XXII	98	Californium	21	22	566	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Cf XXIII	98	Californium	22	23	597	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Cf XXIV	98	Californium	23	24	630	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Cf XXV	98	Californium	24	25	662	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Cf XXVI	98	Californium	25	26	695	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Cf XXVII	98	Californium	26	27	744	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Cf XXVIII	98	Californium	27	28	778	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Cf XXIX	98	Californium	28	29	814	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Cf XXX	98	Californium	29	30	847	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Cf XXXI	98	Californium	30	31	1010	50	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Cf XXXII	98	Californium	31	32	1050	50	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Cf XXXIII	98	Californium	32	33	1090	50	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Cf XXXIV	98	Californium	33	34	1120	60	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Cf XXXV	98	Californium	34	35	1250	60	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Cf XXXVI	98	Californium	35	36	1300	60	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Cf XXXVII	98	Californium	36	37	1420	70	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Cf XXXVIII	98	Californium	37	38	1470	70	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Cf XXXIX	98	Californium	38	39	1620	80	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Cf XL	98	Californium	39	40	1700	90	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Cf XLI	98	Californium	40	41	1790	90	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Cf XLII	98	Californium	41	42	1880	100	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Cf XLIII	98	Californium	42	43	1960	100	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Cf XLIV	98	Californium	43	44	2050	100	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Cf XLV	98	Californium	44	45	2130	110	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Cf XLVI	98	Californium	45	46	2220	110	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Cf XLVII	98	Californium	46	47	2320	120	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Cf XLVIII	98	Californium	47	48	2410	120	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Cf XLIX	98	Californium	48	49	2490	120	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Cf L	98	Californium	49	50	2580	120	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Cf LI	98	Californium	50	51	2670	140	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Cf LII	98	Californium	51	52	2750	140	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Cf LIII	98	Californium	52	53	3186	4	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Cf LIV	98	Californium	53	54	3261	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Cf LV	98	Californium	54	55	3340	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Cf LVI	98	Californium	55	56	3424	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Cf LVII	98	Californium	56	57	3503	5	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Cf LVIII	98	Californium	57	58	3581	6	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Cf LIX	98	Californium	58	59	3747	6	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Cf LX	98	Californium	59	60	3828	7	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Cf LXI	98	Californium	60	61	3915	10	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Cf LXII	98	Californium	61	62	3998	12	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Cf LXIII	98	Californium	62	63	4329	15	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Cf LXIV	98	Californium	63	64	4407	19	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Cf LXV	98	Californium	64	65	4494	24	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Cf LXVI	98	Californium	65	66	4570	30	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Cf LXVII	98	Californium	66	67	5100	40	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Cf LXVIII	98	Californium	67	68	5190	40	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Cf LXIX	98	Californium	68	69	5430	50	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Cf LXX	98	Californium	69	70	5520	50	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Cf LXXI	98	Californium	70	71	8730	60	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Cf LXXII	98	Californium	71	72	8900	60	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Cf LXXIII	98	Californium	72	73	9090	70	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Cf LXXIV	98	Californium	73	74	9290	90	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Cf LXXV	98	Californium	74	75	9480	90	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Cf LXXVI	98	Californium	75	76	9660	100	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Cf LXXVII	98	Californium	76	77	10140	110	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Cf LXXVIII	98	Californium	77	78	10330	120	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Cf LXXIX	98	Californium	78	79	10550	120	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Cf LXXX	98	Californium	79	80	10740	140	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Cf LXXXI	98	Californium	80	81	11300	150	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Cf LXXXII	98	Californium	81	82	11470	160	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Cf LXXXIII	98	Californium	82	83	11650	170	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Cf LXXXIV	98	Californium	83	84	11820	190	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Cf LXXXV	98	Californium	84	85	13450	200	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Cf LXXXVI	98	Californium	85	86	13660	220	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Cf LXXXVII	98	Californium	86	87	14080	240	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Cf LXXXVIII	98	Californium	87	88	14280	250	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Cf LXXXIX	98	Californium	88	89	29000	300	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Cf XC	98	Californium	89	90	29500	300	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Cf XCI	98	Californium	90	91	30000	300	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Cf XCII	98	Californium	91	92	30500	300	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Cf XCIII	98	Californium	92	93	36500	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Cf XCIV	98	Californium	93	94	37100	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Cf XCV	98	Californium	94	95	37900	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Cf XCVI	98	Californium	95	96	38443.5	1	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Cf XCVII	98	Californium	96	97	150593	5	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Cf XCVIII	98	Californium	97	98	153124	5	theoretical	H	1s	2S<1/2>		L19200
Es I	99	Einsteinium	0	1	6.3684	0.00006	experimental	Es	[Rn].5f11.7s2	4I*<15/2>	5f11.7s 5I*<8>	L22449
Es II	99	Einsteinium	1	2	12.2	0.4	semi-empirical	Cf	[Rn].5f11.7s	5I*<8>	5f11 4I*<15/2>	L13741c99
Es III	99	Einsteinium	2	3	22.7	0.4	semi-empirical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L13741c99
Es IV	99	Einsteinium	3	4	38.8	0.4	semi-empirical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L13741c99
Es V	99	Einsteinium	4	5	54.1	1.9	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Es VI	99	Einsteinium	5	6	71	2	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Es VII	99	Einsteinium	6	7	97	2	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Es VIII	99	Einsteinium	7	8	112.9	2.1	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Es IX	99	Einsteinium	8	9	137	2.2	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Es X	99	Einsteinium	9	10	157	7	theoretical	Th	[Rn].5f4	5I<4>	5f7.6p2	L582
Es XI	99	Einsteinium	10	11	180	9	theoretical	Ac	[Hg].5f7.6p2	*	5f6.6p2	L582
Es XII	99	Einsteinium	11	12	206	10	theoretical	Ra	[Hg].5f6.6p2		5f5.6p2*	L582
Es XIII	99	Einsteinium	12	13	231	11	theoretical	Fr	[Hg].5f5.6p2	*	5f4.6p2	L582
Es XIV	99	Einsteinium	13	14	252	12	theoretical	Rn	[Hg].5f4.6p2		5f4.6p*	L582
Es XV	99	Einsteinium	14	15	270	14	theoretical	At	[Hg].5f4.6p	*	5f4	L582
Es XVI	99	Einsteinium	15	16	294	15	theoretical	Po	[Hg].5f4		5f3*	L582
Es XVII	99	Einsteinium	16	17	317	16	theoretical	Bi	[Hg].5f3	*	5f2	L582
Es XVIII	99	Einsteinium	17	18	342	17	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Es XIX	99	Einsteinium	18	19	367	19	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Es XX	99	Einsteinium	19	20	398	4	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Es XXI	99	Einsteinium	20	21	421	4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Es XXII	99	Einsteinium	21	22	576	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Es XXIII	99	Einsteinium	22	23	606	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Es XXIV	99	Einsteinium	23	24	638	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Es XXV	99	Einsteinium	24	25	672	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Es XXVI	99	Einsteinium	25	26	705	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Es XXVII	99	Einsteinium	26	27	738	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Es XXVIII	99	Einsteinium	27	28	790	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Es XXIX	99	Einsteinium	28	29	824	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Es XXX	99	Einsteinium	29	30	861	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Es XXXI	99	Einsteinium	30	31	895	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Es XXXII	99	Einsteinium	31	32	1060	50	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Es XXXIII	99	Einsteinium	32	33	1100	50	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Es XXXIV	99	Einsteinium	33	34	1140	60	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Es XXXV	99	Einsteinium	34	35	1180	60	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Es XXXVI	99	Einsteinium	35	36	1310	70	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Es XXXVII	99	Einsteinium	36	37	1360	70	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Es XXXVIII	99	Einsteinium	37	38	1480	70	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Es XXXIX	99	Einsteinium	38	39	1530	80	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Es XL	99	Einsteinium	39	40	1690	80	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Es XLI	99	Einsteinium	40	41	1780	90	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Es XLII	99	Einsteinium	41	42	1870	90	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Es XLIII	99	Einsteinium	42	43	1950	100	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Es XLIV	99	Einsteinium	43	44	2040	100	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Es XLV	99	Einsteinium	44	45	2130	110	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Es XLVI	99	Einsteinium	45	46	2220	110	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Es XLVII	99	Einsteinium	46	47	2300	120	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Es XLVIII	99	Einsteinium	47	48	2410	120	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Es XLIX	99	Einsteinium	48	49	2490	120	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Es L	99	Einsteinium	49	50	2580	120	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Es LI	99	Einsteinium	50	51	2680	140	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Es LII	99	Einsteinium	51	52	2760	140	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Es LIII	99	Einsteinium	52	53	2850	140	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Es LIV	99	Einsteinium	53	54	3294	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Es LV	99	Einsteinium	54	55	3370	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Es LVI	99	Einsteinium	55	56	3449	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Es LVII	99	Einsteinium	56	57	3535	5	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Es LVIII	99	Einsteinium	57	58	3616	6	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Es LIX	99	Einsteinium	58	59	3694	6	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Es LX	99	Einsteinium	59	60	3866	7	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Es LXI	99	Einsteinium	60	61	3947	10	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Es LXII	99	Einsteinium	61	62	4038	12	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Es LXIII	99	Einsteinium	62	63	4120	15	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Es LXIV	99	Einsteinium	63	64	4456	19	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Es LXV	99	Einsteinium	64	65	4537	24	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Es LXVI	99	Einsteinium	65	66	4620	30	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Es LXVII	99	Einsteinium	66	67	4700	40	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Es LXVIII	99	Einsteinium	67	68	5260	40	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Es LXIX	99	Einsteinium	68	69	5350	50	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Es LXX	99	Einsteinium	69	70	5600	50	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Es LXXI	99	Einsteinium	70	71	5690	60	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Es LXXII	99	Einsteinium	71	72	8960	60	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Es LXXIII	99	Einsteinium	72	73	9140	70	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Es LXXIV	99	Einsteinium	73	74	9330	90	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Es LXXV	99	Einsteinium	74	75	9530	90	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Es LXXVI	99	Einsteinium	75	76	9720	100	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Es LXXVII	99	Einsteinium	76	77	9910	110	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Es LXXVIII	99	Einsteinium	77	78	10400	120	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Es LXXIX	99	Einsteinium	78	79	10590	120	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Es LXXX	99	Einsteinium	79	80	10810	140	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Es LXXXI	99	Einsteinium	80	81	11010	150	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Es LXXXII	99	Einsteinium	81	82	11570	160	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Es LXXXIII	99	Einsteinium	82	83	11740	170	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Es LXXXIV	99	Einsteinium	83	84	11930	190	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Es LXXXV	99	Einsteinium	84	85	12110	200	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Es LXXXVI	99	Einsteinium	85	86	13810	220	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Es LXXXVII	99	Einsteinium	86	87	14030	240	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Es LXXXVIII	99	Einsteinium	87	88	14460	250	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Es LXXXIX	99	Einsteinium	88	89	14700	300	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Es XC	99	Einsteinium	89	90	29700	300	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Es XCI	99	Einsteinium	90	91	30100	300	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Es XCII	99	Einsteinium	91	92	30700	300	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Es XCIII	99	Einsteinium	92	93	31100	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Es XCIV	99	Einsteinium	93	94	37400	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Es XCV	99	Einsteinium	94	95	38100	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Es XCVI	99	Einsteinium	95	96	38900	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Es XCVII	99	Einsteinium	96	97	39451.4	1	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Es XCVIII	99	Einsteinium	97	98	154344	6	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Es XCIX	99	Einsteinium	98	99	156927	6	theoretical	H	1s	2S<1/2>		L19200
Fm I	100	Fermium	0	1	6.5	0.07	semi-empirical	Fm	[Rn].5f12.7s2	3H<6>	5f12.7s 4H<13/2>	L16359
Fm II	100	Fermium	1	2	12.4	0.4	semi-empirical	Es	[Rn].5f12.7s	4H<13/2>	5f12 3H<6>	L13741c99
Fm III	100	Fermium	2	3	23.2	0.4	semi-empirical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L13741c99
Fm IV	100	Fermium	3	4	39.3	0.4	semi-empirical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L13741c99
Fm V	100	Fermium	4	5	55	1.9	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Fm VI	100	Fermium	5	6	74	2	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Fm VII	100	Fermium	6	7	93	2	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Fm VIII	100	Fermium	7	8	120	2.1	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Fm IX	100	Fermium	8	9	136	2.2	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Fm X	100	Fermium	9	10	162	2.2	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Fm XI	100	Fermium	10	11	185	9	theoretical	Th	[Rn].5f4	5I<4>	5f7.6p2	L582
Fm XII	100	Fermium	11	12	209	10	theoretical	Ac	[Hg].5f7.6p2	*	5f6.6p2	L582
Fm XIII	100	Fermium	12	13	237	12	theoretical	Ra	[Hg].5f6.6p2		5f5.6p2*	L582
Fm XIV	100	Fermium	13	14	257	12	theoretical	Fr	[Hg].5f5.6p2	*	5f5.6p	L582
Fm XV	100	Fermium	14	15	276	14	theoretical	Rn	[Hg].5f5.6p		5f5*	L582
Fm XVI	100	Fermium	15	16	300	15	theoretical	At	[Hg].5f5	*	5f4	L582
Fm XVII	100	Fermium	16	17	326	16	theoretical	Po	[Hg].5f4		5f3*	L582
Fm XVIII	100	Fermium	17	18	351	17	theoretical	Bi	[Hg].5f3	*	5f2	L582
Fm XIX	100	Fermium	18	19	377	19	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Fm XX	100	Fermium	19	20	402	20	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Fm XXI	100	Fermium	20	21	430	4	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Fm XXII	100	Fermium	21	22	453	4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Fm XXIII	100	Fermium	22	23	616	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Fm XXIV	100	Fermium	23	24	647	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Fm XXV	100	Fermium	24	25	680	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Fm XXVI	100	Fermium	25	26	716	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Fm XXVII	100	Fermium	26	27	749	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Fm XXVIII	100	Fermium	27	28	782	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Fm XXIX	100	Fermium	28	29	837	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Fm XXX	100	Fermium	29	30	871	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Fm XXXI	100	Fermium	30	31	909	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Fm XXXII	100	Fermium	31	32	944	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Fm XXXIII	100	Fermium	32	33	1110	50	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Fm XXXIV	100	Fermium	33	34	1150	60	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Fm XXXV	100	Fermium	34	35	1190	60	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Fm XXXVI	100	Fermium	35	36	1230	60	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Fm XXXVII	100	Fermium	36	37	1370	70	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Fm XXXVIII	100	Fermium	37	38	1420	70	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Fm XXXIX	100	Fermium	38	39	1550	80	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Fm XL	100	Fermium	39	40	1600	80	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Fm XLI	100	Fermium	40	41	1770	90	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Fm XLII	100	Fermium	41	42	1850	90	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Fm XLIII	100	Fermium	42	43	1940	100	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Fm XLIV	100	Fermium	43	44	2030	100	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Fm XLV	100	Fermium	44	45	2120	110	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Fm XLVI	100	Fermium	45	46	2210	110	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Fm XLVII	100	Fermium	46	47	2300	120	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Fm XLVIII	100	Fermium	47	48	2390	120	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Fm XLIX	100	Fermium	48	49	2490	120	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Fm L	100	Fermium	49	50	2590	120	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Fm LI	100	Fermium	50	51	2680	140	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Fm LII	100	Fermium	51	52	2760	140	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Fm LIII	100	Fermium	52	53	2850	150	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Fm LIV	100	Fermium	53	54	2950	150	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Fm LV	100	Fermium	54	55	3403	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Fm LVI	100	Fermium	55	56	3480	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Fm LVII	100	Fermium	56	57	3561	5	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Fm LVIII	100	Fermium	57	58	3647	6	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Fm LIX	100	Fermium	58	59	3730	6	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Fm LX	100	Fermium	59	60	3810	7	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Fm LXI	100	Fermium	60	61	3986	10	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Fm LXII	100	Fermium	61	62	4070	12	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Fm LXIII	100	Fermium	62	63	4160	15	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Fm LXIV	100	Fermium	63	64	4245	19	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Fm LXV	100	Fermium	64	65	4586	24	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Fm LXVI	100	Fermium	65	66	4670	30	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Fm LXVII	100	Fermium	66	67	4760	40	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Fm LXVIII	100	Fermium	67	68	4840	40	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Fm LXIX	100	Fermium	68	69	5420	50	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Fm LXX	100	Fermium	69	70	5510	50	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Fm LXXI	100	Fermium	70	71	5760	60	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Fm LXXII	100	Fermium	71	72	5860	60	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Fm LXXIII	100	Fermium	72	73	9200	70	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Fm LXXIV	100	Fermium	73	74	9370	90	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Fm LXXV	100	Fermium	74	75	9570	90	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Fm LXXVI	100	Fermium	75	76	9770	100	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Fm LXXVII	100	Fermium	76	77	9970	110	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Fm LXXVIII	100	Fermium	77	78	10160	120	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Fm LXXIX	100	Fermium	78	79	10660	120	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Fm LXXX	100	Fermium	79	80	10860	140	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Fm LXXXI	100	Fermium	80	81	11080	150	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Fm LXXXII	100	Fermium	81	82	11280	160	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Fm LXXXIII	100	Fermium	82	83	11850	170	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Fm LXXXIV	100	Fermium	83	84	12020	190	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Fm LXXXV	100	Fermium	84	85	12220	200	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Fm LXXXVI	100	Fermium	85	86	12390	220	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Fm LXXXVII	100	Fermium	86	87	14180	240	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Fm LXXXVIII	100	Fermium	87	88	14400	250	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Fm LXXXIX	100	Fermium	88	89	14800	300	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Fm XC	100	Fermium	89	90	15000	300	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Fm XCI	100	Fermium	90	91	30300	300	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Fm XCII	100	Fermium	91	92	30800	300	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Fm XCIII	100	Fermium	92	93	31300	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Fm XCIV	100	Fermium	93	94	31800	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Fm XCV	100	Fermium	94	95	38400	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Fm XCVI	100	Fermium	95	96	39100	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Fm XCVII	100	Fermium	96	97	40000	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Fm XCVIII	100	Fermium	97	98	40482.2	1.1	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L16264c99
Fm XCIX	100	Fermium	98	99	158171	6	theoretical	He	1s2	1S0	1s 2S<1/2>	L12128
Fm C	100	Fermium	99	100	160808	6	theoretical	H	1s	2S<1/2>		L19200
Md I	101	Mendelevium	0	1	6.58	0.07	semi-empirical	Md	[Rn].5f13.7s2	2F*<7/2>	5f13.7s 3F*<4>	L16359
Md II	101	Mendelevium	1	2	12.4	0.4	semi-empirical	Fm	[Rn].5f13.7s	3F*<4>	5f13 2F*<7/2>	L13741c99
Md III	101	Mendelevium	2	3	24.3	0.4	semi-empirical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L13741c99
Md IV	101	Mendelevium	3	4	40	0.4	semi-empirical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L13741c99
Md V	101	Mendelevium	4	5	54.1	1.9	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Md VI	101	Mendelevium	5	6	76	2	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Md VII	101	Mendelevium	6	7	96	2	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Md VIII	101	Mendelevium	7	8	115.1	2.1	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Md IX	101	Mendelevium	8	9	143.9	2.2	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Md X	101	Mendelevium	9	10	162	2.2	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Md XI	101	Mendelevium	10	11	187	2.4	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Md XII	101	Mendelevium	11	12	215	11	theoretical	Th	[Rn].5f4	5I<4>	5f7.6p2	L582
Md XIII	101	Mendelevium	12	13	240	12	theoretical	Ac	[Hg].5f7.6p2	*	5f6.6p2	L582
Md XIV	101	Mendelevium	13	14	260	12	theoretical	Ra	[Hg].5f6.6p2		5f6.6p*	L582
Md XV	101	Mendelevium	14	15	282	14	theoretical	Fr	[Hg].5f6.6p	*	5f6	L582
Md XVI	101	Mendelevium	15	16	307	15	theoretical	Rn	[Hg].5f6		5f5*	L582
Md XVII	101	Mendelevium	16	17	334	16	theoretical	At	[Hg].5f5	*	5f4	L582
Md XVIII	101	Mendelevium	17	18	360	17	theoretical	Po	[Hg].5f4		5f3*	L582
Md XIX	101	Mendelevium	18	19	386	20	theoretical	Bi	[Hg].5f3	*	5f2	L582
Md XX	101	Mendelevium	19	20	412	21	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Md XXI	101	Mendelevium	20	21	438	22	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
Md XXII	101	Mendelevium	21	22	462	4	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
Md XXIII	101	Mendelevium	22	23	486	4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
Md XXIV	101	Mendelevium	23	24	659	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Md XXV	101	Mendelevium	24	25	690	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Md XXVI	101	Mendelevium	25	26	723	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Md XXVII	101	Mendelevium	26	27	760	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Md XXVIII	101	Mendelevium	27	28	794	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Md XXIX	101	Mendelevium	28	29	828	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Md XXX	101	Mendelevium	29	30	885	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Md XXXI	101	Mendelevium	30	31	920	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Md XXXII	101	Mendelevium	31	32	958	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Md XXXIII	101	Mendelevium	32	33	994	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Md XXXIV	101	Mendelevium	33	34	1160	60	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Md XXXV	101	Mendelevium	34	35	1210	60	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Md XXXVI	101	Mendelevium	35	36	1250	60	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Md XXXVII	101	Mendelevium	36	37	1290	60	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Md XXXVIII	101	Mendelevium	37	38	1430	70	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Md XXXIX	101	Mendelevium	38	39	1480	70	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Md XL	101	Mendelevium	39	40	1620	80	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Md XLI	101	Mendelevium	40	41	1660	80	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Md XLII	101	Mendelevium	41	42	1840	90	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Md XLIII	101	Mendelevium	42	43	1930	100	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Md XLIV	101	Mendelevium	43	44	2020	100	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Md XLV	101	Mendelevium	44	45	2110	110	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Md XLVI	101	Mendelevium	45	46	2200	110	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Md XLVII	101	Mendelevium	46	47	2290	120	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Md XLVIII	101	Mendelevium	47	48	2390	120	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Md XLIX	101	Mendelevium	48	49	2480	120	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Md L	101	Mendelevium	49	50	2580	120	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Md LI	101	Mendelevium	50	51	2680	140	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Md LII	101	Mendelevium	51	52	2760	140	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Md LIII	101	Mendelevium	52	53	2860	150	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Md LIV	101	Mendelevium	53	54	2950	150	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Md LV	101	Mendelevium	54	55	3050	150	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Md LVI	101	Mendelevium	55	56	3513	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Md LVII	101	Mendelevium	56	57	3592	5	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Md LVIII	101	Mendelevium	57	58	3675	6	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Md LIX	101	Mendelevium	58	59	3762	6	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Md LX	101	Mendelevium	59	60	3845	7	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Md LXI	101	Mendelevium	60	61	3926	10	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Md LXII	101	Mendelevium	61	62	4109	12	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Md LXIII	101	Mendelevium	62	63	4194	15	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Md LXIV	101	Mendelevium	63	64	4286	19	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Md LXV	101	Mendelevium	64	65	4371	24	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Md LXVI	101	Mendelevium	65	66	4720	30	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Md LXVII	101	Mendelevium	66	67	4800	40	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Md LXVIII	101	Mendelevium	67	68	4890	40	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Md LXIX	101	Mendelevium	68	69	4970	50	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Md LXX	101	Mendelevium	69	70	5580	50	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Md LXXI	101	Mendelevium	70	71	5680	60	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Md LXXII	101	Mendelevium	71	72	5930	60	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Md LXXIII	101	Mendelevium	72	73	6030	70	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Md LXXIV	101	Mendelevium	73	74	9430	90	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Md LXXV	101	Mendelevium	74	75	9620	90	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Md LXXVI	101	Mendelevium	75	76	9810	100	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Md LXXVII	101	Mendelevium	76	77	10020	110	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Md LXXVIII	101	Mendelevium	77	78	10220	120	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Md LXXIX	101	Mendelevium	78	79	10410	120	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Md LXXX	101	Mendelevium	79	80	10930	140	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Md LXXXI	101	Mendelevium	80	81	11130	150	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Md LXXXII	101	Mendelevium	81	82	11350	160	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Md LXXXIII	101	Mendelevium	82	83	11560	170	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Md LXXXIV	101	Mendelevium	83	84	12130	190	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Md LXXXV	101	Mendelevium	84	85	12310	200	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Md LXXXVI	101	Mendelevium	85	86	12500	220	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Md LXXXVII	101	Mendelevium	86	87	12680	240	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Md LXXXVIII	101	Mendelevium	87	88	14560	250	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Md LXXXIX	101	Mendelevium	88	89	14800	300	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Md XC	101	Mendelevium	89	90	15200	300	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Md XCI	101	Mendelevium	90	91	15400	300	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Md XCII	101	Mendelevium	91	92	31000	300	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Md XCIII	101	Mendelevium	92	93	31500	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Md XCIV	101	Mendelevium	93	94	32000	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Md XCV	101	Mendelevium	94	95	32500	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Md XCVI	101	Mendelevium	95	96	39500	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Md XCVII	101	Mendelevium	96	97	40100	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Md XCVIII	101	Mendelevium	97	98	41000	400	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Md XCIX	101	Mendelevium	98	99	41548	6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L582c106
Md C	101	Mendelevium	99	100	162066	7	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Md CI	101	Mendelevium	100	101	164764	7	theoretical	H	1s	2S<1/2>		L19200
No I	102	Nobelium	0	1	6.62621	0.00005	experimental	No	[Rn].5f14.7s2	1S0	5f14.7s 2S<1/2>	L20870
No II	102	Nobelium	1	2	12.93	0.04	theoretical	Md	[Rn].5f14.7s	2S<1/2>	5f14 1S<0>	L19691
No III	102	Nobelium	2	3	25.8	0.4	semi-empirical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L13741c99
No IV	102	Nobelium	3	4	41.5	0.4	semi-empirical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L13741c99
No V	102	Nobelium	4	5	60	1.9	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
No VI	102	Nobelium	5	6	74	2	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
No VII	102	Nobelium	6	7	97	2	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
No VIII	102	Nobelium	7	8	119	2.1	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
No IX	102	Nobelium	8	9	140	2.2	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
No X	102	Nobelium	9	10	170	2.2	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
No XI	102	Nobelium	10	11	187	2.4	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
No XII	102	Nobelium	11	12	216	2.5	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
No XIII	102	Nobelium	12	13	246	12	theoretical	Th	[Rn].5f4	5I<4>	5f7.6p2	L582
No XIV	102	Nobelium	13	14	267	14	theoretical	Ac	[Hg].5f7.6p2	*	5f7.6p	L582
No XV	102	Nobelium	14	15	285	12	theoretical	Ra	[Hg].5f7.6p		5f7*	L582
No XVI	102	Nobelium	15	16	312	16	theoretical	Fr	[Hg].5f7	*	5f6	L582
No XVII	102	Nobelium	16	17	341	17	theoretical	Rn	[Hg].5f6		5f5*	L582
No XVIII	102	Nobelium	17	18	367	19	theoretical	At	[Hg].5f5	*	5f4	L582
No XIX	102	Nobelium	18	19	394	20	theoretical	Po	[Hg].5f4		5f3*	L582
No XX	102	Nobelium	19	20	422	21	theoretical	Bi	[Hg].5f3	*	5f2	L582
No XXI	102	Nobelium	20	21	448	22	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
No XXII	102	Nobelium	21	22	475	24	theoretical	Tl	[Hg].5f	2F*<5/2>	6s2 1S<0>	L582
No XXIII	102	Nobelium	22	23	496	4	theoretical	Hg	[Xe].4f14.5d10.6s2	1S0	6s 2S<1/2>	L8672c99
No XXIV	102	Nobelium	23	24	520	4	theoretical	Au	[Xe].4f14.5d10.6s	2S<1/2>	5d10 1S<0>	L8672c99
No XXV	102	Nobelium	24	25	701	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
No XXVI	102	Nobelium	25	26	734	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
No XXVII	102	Nobelium	26	27	768	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
No XXVIII	102	Nobelium	27	28	805	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
No XXIX	102	Nobelium	28	29	840	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
No XXX	102	Nobelium	29	30	875	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
No XXXI	102	Nobelium	30	31	934	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
No XXXII	102	Nobelium	31	32	969	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
No XXXIII	102	Nobelium	32	33	1010	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
No XXXIV	102	Nobelium	33	34	1045	5	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
No XXXV	102	Nobelium	34	35	1220	60	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
No XXXVI	102	Nobelium	35	36	1260	60	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
No XXXVII	102	Nobelium	36	37	1300	70	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
No XXXVIII	102	Nobelium	37	38	1350	70	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
No XXXIX	102	Nobelium	38	39	1500	70	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
No XL	102	Nobelium	39	40	1550	80	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
No XLI	102	Nobelium	40	41	1680	80	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
No XLII	102	Nobelium	41	42	1730	90	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
No XLIII	102	Nobelium	42	43	1920	100	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
No XLIV	102	Nobelium	43	44	2010	100	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
No XLV	102	Nobelium	44	45	2110	110	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
No XLVI	102	Nobelium	45	46	2200	110	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
No XLVII	102	Nobelium	46	47	2290	110	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
No XLVIII	102	Nobelium	47	48	2380	120	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
No XLIX	102	Nobelium	48	49	2470	120	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
No L	102	Nobelium	49	50	2570	120	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
No LI	102	Nobelium	50	51	2680	140	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
No LII	102	Nobelium	51	52	2760	140	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
No LIII	102	Nobelium	52	53	2860	150	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
No LIV	102	Nobelium	53	54	2950	150	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
No LV	102	Nobelium	54	55	3050	150	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
No LVI	102	Nobelium	55	56	3140	160	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
No LVII	102	Nobelium	56	57	3627	5	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
No LVIII	102	Nobelium	57	58	3705	6	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
No LIX	102	Nobelium	58	59	3790	6	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
No LX	102	Nobelium	59	60	3878	7	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
No LXI	102	Nobelium	60	61	3962	10	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
No LXII	102	Nobelium	61	62	4045	12	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
No LXIII	102	Nobelium	62	63	4234	15	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
No LXIV	102	Nobelium	63	64	4320	19	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
No LXV	102	Nobelium	64	65	4413	24	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
No LXVI	102	Nobelium	65	66	4500	30	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
No LXVII	102	Nobelium	66	67	4850	40	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
No LXVIII	102	Nobelium	67	68	4930	40	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
No LXIX	102	Nobelium	68	69	5030	50	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
No LXX	102	Nobelium	69	70	5110	50	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
No LXXI	102	Nobelium	70	71	5750	60	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
No LXXII	102	Nobelium	71	72	5850	60	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
No LXXIII	102	Nobelium	72	73	6110	70	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
No LXXIV	102	Nobelium	73	74	6210	90	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
No LXXV	102	Nobelium	74	75	9680	90	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
No LXXVI	102	Nobelium	75	76	9860	100	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
No LXXVII	102	Nobelium	76	77	10060	110	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
No LXXVIII	102	Nobelium	77	78	10270	120	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
No LXXIX	102	Nobelium	78	79	10470	120	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
No LXXX	102	Nobelium	79	80	10660	140	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
No LXXXI	102	Nobelium	80	81	11200	150	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
No LXXXII	102	Nobelium	81	82	11410	160	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
No LXXXIII	102	Nobelium	82	83	11630	170	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
No LXXXIV	102	Nobelium	83	84	11840	190	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
No LXXXV	102	Nobelium	84	85	12420	200	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
No LXXXVI	102	Nobelium	85	86	12600	220	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
No LXXXVII	102	Nobelium	86	87	12800	240	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
No LXXXVIII	102	Nobelium	87	88	12980	250	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
No LXXXIX	102	Nobelium	88	89	15000	300	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
No XC	102	Nobelium	89	90	15200	300	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
No XCI	102	Nobelium	90	91	15600	300	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
No XCII	102	Nobelium	91	92	15800	300	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
No XCIII	102	Nobelium	92	93	31700	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
No XCIV	102	Nobelium	93	94	32200	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
No XCV	102	Nobelium	94	95	32700	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
No XCVI	102	Nobelium	95	96	33200	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
No XCVII	102	Nobelium	96	97	40500	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
No XCVIII	102	Nobelium	97	98	41200	400	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
No XCIX	102	Nobelium	98	99	42100	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
No C	102	Nobelium	99	100	42632	6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L582c106
No CI	102	Nobelium	100	101	166050	7	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
No CII	102	Nobelium	101	102	168804	7	theoretical	H	1s	2S<1/2>		L19200
Lr I	103	Lawrencium	0	1	4.96	0.05	experimental	Lr	[Rn].5f14.7s2.7p	2P*<1/2>	7s2 1S<0>	L21372
Lr II	103	Lawrencium	1	2	14.54	0.04	theoretical	No	[Rn].5f14.7s2	1S0	5f14.7s 2S<1/2>	L19691
Lr III	103	Lawrencium	2	3	21.8	0.04	theoretical	Md	[Rn].5f14.7s	2S<1/2>	5f14 1S<0>	L19691
Lr IV	103	Lawrencium	3	4	43.6	0.4	semi-empirical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L13741c99
Lr V	103	Lawrencium	4	5	56	1.9	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Lr VI	103	Lawrencium	5	6	80	2	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Lr VII	103	Lawrencium	6	7	96	2	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Lr VIII	103	Lawrencium	7	8	121	2.1	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Lr IX	103	Lawrencium	8	9	143	2.2	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Lr X	103	Lawrencium	9	10	165	2.2	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Lr XI	103	Lawrencium	10	11	197	2.4	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Lr XII	103	Lawrencium	11	12	216	2.5	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Lr XIII	103	Lawrencium	12	13	244	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Lr XIV	103	Lawrencium	13	14	269	14	theoretical	Th	[Rn].5f4	5I<4>	5f8.6p	L582
Lr XV	103	Lawrencium	14	15	290	15	theoretical	Ac	[Hg].5f8.6p	*	5f8	L582
Lr XVI	103	Lawrencium	15	16	322	12	theoretical	Ra	[Hg].5f8		5f7*	L582
Lr XVII	103	Lawrencium	16	17	344	17	theoretical	Fr	[Hg].5f7	*	5f6	L582
Lr XVIII	103	Lawrencium	17	18	374	19	theoretical	Rn	[Hg].5f6		5f5*	L582
Lr XIX	103	Lawrencium	18	19	403	20	theoretical	At	[Hg].5f5	*	5f4	L582
Lr XX	103	Lawrencium	19	20	431	21	theoretical	Po	[Hg].5f4		5f3*	L582
Lr XXI	103	Lawrencium	20	21	459	24	theoretical	Bi	[Hg].5f3	*	5f2	L582
Lr XXII	103	Lawrencium	21	22	487	25	theoretical	Pb	[Hg].5f2		5f 2F*<5/2>	L582
Lr XXIII	103	Lawrencium	22	23	510	30	theoretical	Tl	[Hg].5f	2F*<5/2>	5f.6s*	L582
Lr XXIV	103	Lawrencium	23	24	540	30	theoretical	Hg	[Xe].4f14.5d10.5f.6s	*	5f 2F<5/2>*	L582
Lr XXV	103	Lawrencium	24	25	560	30	theoretical	Au	[Xe].4f14.5d10.5f	2F*<5/2>	5d10 1S<0>	L582
Lr XXVI	103	Lawrencium	25	26	745	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Lr XXVII	103	Lawrencium	26	27	779	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Lr XXVIII	103	Lawrencium	27	28	814	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c98,c99
Lr XXIX	103	Lawrencium	28	29	852	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c98,c99
Lr XXX	103	Lawrencium	29	30	888	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Lr XXXI	103	Lawrencium	30	31	922	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Lr XXXII	103	Lawrencium	31	32	985	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Lr XXXIII	103	Lawrencium	32	33	1020	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Lr XXXIV	103	Lawrencium	33	34	1061	5	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Lr XXXV	103	Lawrencium	34	35	1098	5	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Lr XXXVI	103	Lawrencium	35	36	1280	60	theoretical	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>	L582
Lr XXXVII	103	Lawrencium	36	37	1320	70	theoretical	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>	L582
Lr XXXVIII	103	Lawrencium	37	38	1360	70	theoretical	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>	L582
Lr XXXIX	103	Lawrencium	38	39	1410	70	theoretical	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>	L582
Lr XL	103	Lawrencium	39	40	1570	80	theoretical	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>	L582
Lr XLI	103	Lawrencium	40	41	1620	80	theoretical	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>	L582
Lr XLII	103	Lawrencium	41	42	1760	90	theoretical	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>	L582
Lr XLIII	103	Lawrencium	42	43	1810	90	theoretical	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>	L582
Lr XLIV	103	Lawrencium	43	44	2010	100	theoretical	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>	L582
Lr XLV	103	Lawrencium	44	45	2100	110	theoretical	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12	L582
Lr XLVI	103	Lawrencium	45	46	2190	110	theoretical	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>	L582
Lr XLVII	103	Lawrencium	46	47	2290	110	theoretical	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>	L582
Lr XLVIII	103	Lawrencium	47	48	2380	120	theoretical	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>	L582
Lr XLIX	103	Lawrencium	48	49	2470	120	theoretical	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>	L582
Lr L	103	Lawrencium	49	50	2570	120	theoretical	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>	L582
Lr LI	103	Lawrencium	50	51	2670	140	theoretical	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>	L582
Lr LII	103	Lawrencium	51	52	2780	140	theoretical	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>	L582
Lr LIII	103	Lawrencium	52	53	2860	150	theoretical	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>	L582
Lr LIV	103	Lawrencium	53	54	2960	150	theoretical	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>	L582
Lr LV	103	Lawrencium	54	55	3060	150	theoretical	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>	L582
Lr LVI	103	Lawrencium	55	56	3150	160	theoretical	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>	L582
Lr LVII	103	Lawrencium	56	57	3250	160	theoretical	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>	L582
Lr LVIII	103	Lawrencium	57	58	3741	6	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Lr LIX	103	Lawrencium	58	59	3821	6	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Lr LX	103	Lawrencium	59	60	3906	7	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Lr LXI	103	Lawrencium	60	61	3996	10	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Lr LXII	103	Lawrencium	61	62	4082	12	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Lr LXIII	103	Lawrencium	62	63	4165	15	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Lr LXIV	103	Lawrencium	63	64	4360	19	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Lr LXV	103	Lawrencium	64	65	4448	24	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Lr LXVI	103	Lawrencium	65	66	4540	30	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Lr LXVII	103	Lawrencium	66	67	4630	40	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Lr LXVIII	103	Lawrencium	67	68	4990	40	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Lr LXIX	103	Lawrencium	68	69	5070	50	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Lr LXX	103	Lawrencium	69	70	5160	50	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Lr LXXI	103	Lawrencium	70	71	5250	60	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Lr LXXII	103	Lawrencium	71	72	5920	60	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Lr LXXIII	103	Lawrencium	72	73	6030	70	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Lr LXXIV	103	Lawrencium	73	74	6290	90	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Lr LXXV	103	Lawrencium	74	75	6390	90	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Lr LXXVI	103	Lawrencium	75	76	9920	100	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Lr LXXVII	103	Lawrencium	76	77	10110	110	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Lr LXXVIII	103	Lawrencium	77	78	10310	120	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Lr LXXIX	103	Lawrencium	78	79	10520	120	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Lr LXXX	103	Lawrencium	79	80	10720	140	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Lr LXXXI	103	Lawrencium	80	81	10920	150	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Lr LXXXII	103	Lawrencium	81	82	11470	160	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Lr LXXXIII	103	Lawrencium	82	83	11680	170	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Lr LXXXIV	103	Lawrencium	83	84	11910	190	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Lr LXXXV	103	Lawrencium	84	85	12120	200	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Lr LXXXVI	103	Lawrencium	85	86	12710	220	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Lr LXXXVII	103	Lawrencium	86	87	12890	240	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Lr LXXXVIII	103	Lawrencium	87	88	13090	250	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Lr LXXXIX	103	Lawrencium	88	89	13300	300	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Lr XC	103	Lawrencium	89	90	15300	300	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Lr XCI	103	Lawrencium	90	91	15600	300	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Lr XCII	103	Lawrencium	91	92	16000	300	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Lr XCIII	103	Lawrencium	92	93	16200	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Lr XCIV	103	Lawrencium	93	94	32400	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Lr XCV	103	Lawrencium	94	95	32900	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Lr XCVI	103	Lawrencium	95	96	33400	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Lr XCVII	103	Lawrencium	96	97	33900	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Lr XCVIII	103	Lawrencium	97	98	41600	400	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Lr XCIX	103	Lawrencium	98	99	42300	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Lr C	103	Lawrencium	99	100	43200	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Lr CI	103	Lawrencium	100	101	43759	6	theoretical	Li	1s2.2s	2S<1/2>	1s2 1S<0>	L582c106
Lr CII	103	Lawrencium	101	102	170116	8	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Lr CIII	103	Lawrencium	102	103	172928	9	theoretical	H	1s	2S<1/2>		L19200
Rf I	104	Rutherfordium	0	1	6.02	0.04	theoretical	Rf	[Rn].5f14.6d2.7s2	3F<2>	6d.7s2 2D<3/2>	L19691
Rf II	104	Rutherfordium	1	2	14.35	0.04	theoretical	Lr	[Rn].5f14.6d.7s2	2D<3/2>	7s2 1S<0>	L19691
Rf III	104	Rutherfordium	2	3	23.84	0.04	theoretical	No	[Rn].5f14.7s2	1S0	5f14.7s 2S<1/2>	L19691
Rf IV	104	Rutherfordium	3	4	31.87	0.04	theoretical	Md	[Rn].5f14.7s	2S<1/2>	5f14 1S<0>	L19691
Rf V	104	Rutherfordium	4	5	64	1.9	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Rf VI	104	Rutherfordium	5	6	77	2	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Rf VII	104	Rutherfordium	6	7	102	2	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Rf VIII	104	Rutherfordium	7	8	119	2.1	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Rf IX	104	Rutherfordium	8	9	146.1	2.2	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Rf X	104	Rutherfordium	9	10	169	2.2	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Rf XI	104	Rutherfordium	10	11	193	2.4	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Rf XII	104	Rutherfordium	11	12	225	2.5	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Rf XIII	104	Rutherfordium	12	13	244	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Rf XIV	104	Rutherfordium	13	14	275	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Rf XV	104	Rutherfordium	14	15			experimental	Th	[Rn].5f4	5I<4>
Rf XXVII	104	Rutherfordium	26	27	791	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Rf XXVIII	104	Rutherfordium	27	28	825	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Rf XXIX	104	Rutherfordium	28	29	860	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Rf XXX	104	Rutherfordium	29	30	899	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Rf XXXI	104	Rutherfordium	30	31	936	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Rf XXXII	104	Rutherfordium	31	32	972	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Rf XXXIII	104	Rutherfordium	32	33	1036	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Rf XXXIV	104	Rutherfordium	33	34	1073	5	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Rf XXXV	104	Rutherfordium	34	35	1114	5	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Rf XXXVI	104	Rutherfordium	35	36	1151	5	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Rf XXXVII	104	Rutherfordium	36	37			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Rf XXXVIII	104	Rutherfordium	37	38			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Rf XXXIX	104	Rutherfordium	38	39			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Rf XL	104	Rutherfordium	39	40			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Rf XLI	104	Rutherfordium	40	41			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Rf XLII	104	Rutherfordium	41	42			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Rf XLIII	104	Rutherfordium	42	43			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Rf XLIV	104	Rutherfordium	43	44			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Rf XLV	104	Rutherfordium	44	45			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Rf XLVI	104	Rutherfordium	45	46			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Rf XLVII	104	Rutherfordium	46	47			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Rf XLVIII	104	Rutherfordium	47	48			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Rf XLIX	104	Rutherfordium	48	49			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Rf L	104	Rutherfordium	49	50			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Rf LI	104	Rutherfordium	50	51			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Rf LII	104	Rutherfordium	51	52			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Rf LIII	104	Rutherfordium	52	53			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Rf LIV	104	Rutherfordium	53	54			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Rf LV	104	Rutherfordium	54	55			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Rf LVI	104	Rutherfordium	55	56			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Rf LVII	104	Rutherfordium	56	57			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Rf LVIII	104	Rutherfordium	57	58			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Rf LIX	104	Rutherfordium	58	59	3857	6	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Rf LX	104	Rutherfordium	59	60	3938	7	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Rf LXI	104	Rutherfordium	60	61	4025	10	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Rf LXII	104	Rutherfordium	61	62	4116	12	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Rf LXIII	104	Rutherfordium	62	63	4203	15	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Rf LXIV	104	Rutherfordium	63	64	4287	19	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Rf LXV	104	Rutherfordium	64	65	4489	24	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Rf LXVI	104	Rutherfordium	65	66	4580	30	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Rf LXVII	104	Rutherfordium	66	67	4670	40	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Rf LXVIII	104	Rutherfordium	67	68	4760	40	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Rf LXIX	104	Rutherfordium	68	69	5130	50	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Rf LXX	104	Rutherfordium	69	70	5210	50	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Rf LXXI	104	Rutherfordium	70	71	5300	60	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Rf LXXII	104	Rutherfordium	71	72	5390	60	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Rf LXXIII	104	Rutherfordium	72	73	6100	70	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Rf LXXIV	104	Rutherfordium	73	74	6200	90	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Rf LXXV	104	Rutherfordium	74	75	6470	90	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Rf LXXVI	104	Rutherfordium	75	76	6570	100	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Rf LXXVII	104	Rutherfordium	76	77	10170	110	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Rf LXXVIII	104	Rutherfordium	77	78	10360	120	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Rf LXXIX	104	Rutherfordium	78	79	10560	120	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Rf LXXX	104	Rutherfordium	79	80	10780	140	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Rf LXXXI	104	Rutherfordium	80	81	10980	150	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Rf LXXXII	104	Rutherfordium	81	82	11180	160	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Rf LXXXIII	104	Rutherfordium	82	83	11750	170	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Rf LXXXIV	104	Rutherfordium	83	84	11960	190	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Rf LXXXV	104	Rutherfordium	84	85	12200	200	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Rf LXXXVI	104	Rutherfordium	85	86	12410	220	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Rf LXXXVII	104	Rutherfordium	86	87	13010	240	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Rf LXXXVIII	104	Rutherfordium	87	88	13190	250	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Rf LXXXIX	104	Rutherfordium	88	89	13400	300	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Rf XC	104	Rutherfordium	89	90	13600	300	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Rf XCI	104	Rutherfordium	90	91	15800	300	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Rf XCII	104	Rutherfordium	91	92	16000	300	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Rf XCIII	104	Rutherfordium	92	93	16400	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Rf XCIV	104	Rutherfordium	93	94	16700	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Rf XCV	104	Rutherfordium	94	95	33100	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Rf XCVI	104	Rutherfordium	95	96	33600	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Rf XCVII	104	Rutherfordium	96	97	34100	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Rf XCVIII	104	Rutherfordium	97	98	34600	400	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Rf XCIX	104	Rutherfordium	98	99	42700	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Rf C	104	Rutherfordium	99	100	43400	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Rf CI	104	Rutherfordium	100	101	44300	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Rf CII	104	Rutherfordium	101	102			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Rf CIII	104	Rutherfordium	102	103	174265	9	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Rf CIV	104	Rutherfordium	103	104	177142	9	theoretical	H	1s	2S<1/2>		L19200
Db I	105	Dubnium	0	1	6.8	0.5	theoretical	Db	[Rn].5f14.6d3.7s2	4F<3/2>	6d2.7s2 3F<2>	L12825
Db II	105	Dubnium	1	2	14	1.6	theoretical	Rf	[Rn].5f14.6d2.7s2	3F<2>	6d2.7s <3/2>	L8672c99
Db III	105	Dubnium	2	3	23.1	1.6	theoretical	Lr	[Rn].5f14.6d2.7s	<3/2>	6d2 <2>	L8672c99
Db IV	105	Dubnium	3	4	33	1.7	theoretical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L8672c99
Db V	105	Dubnium	4	5	43	1.9	theoretical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L8672c99
Db VI	105	Dubnium	5	6	86	2	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Db VII	105	Dubnium	6	7	98.9	2	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Db VIII	105	Dubnium	7	8	126	2.1	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Db IX	105	Dubnium	8	9	145.1	2.2	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Db X	105	Dubnium	9	10	172	2.2	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Db XI	105	Dubnium	10	11	196	2.4	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Db XII	105	Dubnium	11	12	220.9	2.5	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Db XIII	105	Dubnium	12	13	254	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Db XIV	105	Dubnium	13	14	274	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Db XV	105	Dubnium	14	15	307	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Db XVI	105	Dubnium	15	16			experimental	Th	[Rn].5f4	5I<4>
Db XXVIII	105	Dubnium	27	28	838	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Db XXIX	105	Dubnium	28	29	872	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Db XXX	105	Dubnium	29	30	908	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Db XXXI	105	Dubnium	30	31	948	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Db XXXII	105	Dubnium	31	32	985	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Db XXXIII	105	Dubnium	32	33	1022	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Db XXXIV	105	Dubnium	33	34	1089	5	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Db XXXV	105	Dubnium	34	35	1126	5	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Db XXXVI	105	Dubnium	35	36	1168	5	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Db XXXVII	105	Dubnium	36	37	1207	5	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Db XXXVIII	105	Dubnium	37	38			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Db XXXIX	105	Dubnium	38	39			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Db XL	105	Dubnium	39	40			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Db XLI	105	Dubnium	40	41			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Db XLII	105	Dubnium	41	42			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Db XLIII	105	Dubnium	42	43			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Db XLIV	105	Dubnium	43	44			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Db XLV	105	Dubnium	44	45			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Db XLVI	105	Dubnium	45	46			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Db XLVII	105	Dubnium	46	47			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Db XLVIII	105	Dubnium	47	48			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Db XLIX	105	Dubnium	48	49			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Db L	105	Dubnium	49	50			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Db LI	105	Dubnium	50	51			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Db LII	105	Dubnium	51	52			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Db LIII	105	Dubnium	52	53			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Db LIV	105	Dubnium	53	54			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Db LV	105	Dubnium	54	55			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Db LVI	105	Dubnium	55	56			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Db LVII	105	Dubnium	56	57			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Db LVIII	105	Dubnium	57	58			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Db LIX	105	Dubnium	58	59			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Db LX	105	Dubnium	59	60	3975	7	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Db LXI	105	Dubnium	60	61	4057	10	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Db LXII	105	Dubnium	61	62	4145	12	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Db LXIII	105	Dubnium	62	63	4237	15	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Db LXIV	105	Dubnium	63	64	4326	19	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Db LXV	105	Dubnium	64	65	4411	24	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Db LXVI	105	Dubnium	65	66	4620	30	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Db LXVII	105	Dubnium	66	67	4710	40	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Db LXVIII	105	Dubnium	67	68	4810	40	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Db LXIX	105	Dubnium	68	69	4900	50	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Db LXX	105	Dubnium	69	70	5260	50	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Db LXXI	105	Dubnium	70	71	5350	60	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Db LXXII	105	Dubnium	71	72	5450	60	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Db LXXIII	105	Dubnium	72	73	5530	70	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Db LXXIV	105	Dubnium	73	74	6280	90	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Db LXXV	105	Dubnium	74	75	6380	90	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Db LXXVI	105	Dubnium	75	76	6650	100	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Db LXXVII	105	Dubnium	76	77	6760	110	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Db LXXVIII	105	Dubnium	77	78	10420	120	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Db LXXIX	105	Dubnium	78	79	10610	120	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Db LXXX	105	Dubnium	79	80	10820	140	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Db LXXXI	105	Dubnium	80	81	11040	150	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Db LXXXII	105	Dubnium	81	82	11240	160	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Db LXXXIII	105	Dubnium	82	83	11440	170	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Db LXXXIV	105	Dubnium	83	84	12040	190	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Db LXXXV	105	Dubnium	84	85	12250	200	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Db LXXXVI	105	Dubnium	85	86	12480	220	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Db LXXXVII	105	Dubnium	86	87	12700	240	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Db LXXXVIII	105	Dubnium	87	88	13300	250	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Db LXXXIX	105	Dubnium	88	89	13500	300	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Db XC	105	Dubnium	89	90	13700	300	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Db XCI	105	Dubnium	90	91	13900	300	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Db XCII	105	Dubnium	91	92	16200	300	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Db XCIII	105	Dubnium	92	93	16400	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Db XCIV	105	Dubnium	93	94	16900	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Db XCV	105	Dubnium	94	95	17100	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Db XCVI	105	Dubnium	95	96	33800	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Db XCVII	105	Dubnium	96	97	34300	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Db XCVIII	105	Dubnium	97	98	34800	400	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Db XCIX	105	Dubnium	98	99	35300	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Db C	105	Dubnium	99	100	43800	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Db CI	105	Dubnium	100	101	44500	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Db CII	105	Dubnium	101	102	45400	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Db CIII	105	Dubnium	102	103			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Db CIV	105	Dubnium	103	104	178505	10	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Db CV	105	Dubnium	104	105	181445	10	theoretical	H	1s	2S<1/2>		L19200
Sg I	106	Seaborgium	0	1	7.8	0.5	semi-empirical	Sg	[Rn].5f14.6d4.7s2	0	6d3.7s2 4F<3/2>	L7830
Sg II	106	Seaborgium	1	2	17.1	0.5	semi-empirical	Db	[Rn].5f14.6d3.7s2	4F<3/2>	6d3.7s <1>	L7830
Sg III	106	Seaborgium	2	3	25.8	0.5	semi-empirical	Rf	[Rn].5f14.6d3.7s	<1>	6d3 <3/2>	L7830
Sg IV	106	Seaborgium	3	4	35.5	0.5	semi-empirical	Lr	[Rn].5f14.6d3	<3/2>	6d2 <2>	L7830
Sg V	106	Seaborgium	4	5	47.2	0.5	semi-empirical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L7830
Sg VI	106	Seaborgium	5	6	59.3	0.5	semi-empirical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L7830
Sg VII	106	Seaborgium	6	7	109	2	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Sg VIII	106	Seaborgium	7	8	122	2.1	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Sg IX	106	Seaborgium	8	9	152	2.2	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Sg X	106	Seaborgium	9	10	170	2.2	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Sg XI	106	Seaborgium	10	11	200	2.4	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Sg XII	106	Seaborgium	11	12	224	2.5	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Sg XIII	106	Seaborgium	12	13	251	3	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Sg XIV	106	Seaborgium	13	14	285	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Sg XV	106	Seaborgium	14	15	306	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Sg XVI	106	Seaborgium	15	16	339	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Sg XVII	106	Seaborgium	16	17			experimental	Th	[Rn].5f4	5I<4>
Sg XXIX	106	Seaborgium	28	29	885	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Sg XXX	106	Seaborgium	29	30	921	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Sg XXXI	106	Seaborgium	30	31	958	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c98,c99
Sg XXXII	106	Seaborgium	31	32	998	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c98,c99
Sg XXXIII	106	Seaborgium	32	33	1036	4	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Sg XXXIV	106	Seaborgium	33	34	1073	5	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Sg XXXV	106	Seaborgium	34	35	1143	5	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Sg XXXVI	106	Seaborgium	35	36	1181	5	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Sg XXXVII	106	Seaborgium	36	37	1223	5	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Sg XXXVIII	106	Seaborgium	37	38	1263	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Sg XXXIX	106	Seaborgium	38	39			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Sg XL	106	Seaborgium	39	40			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Sg XLI	106	Seaborgium	40	41			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Sg XLII	106	Seaborgium	41	42			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Sg XLIII	106	Seaborgium	42	43			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Sg XLIV	106	Seaborgium	43	44			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Sg XLV	106	Seaborgium	44	45			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Sg XLVI	106	Seaborgium	45	46			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Sg XLVII	106	Seaborgium	46	47			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Sg XLVIII	106	Seaborgium	47	48			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Sg XLIX	106	Seaborgium	48	49			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Sg L	106	Seaborgium	49	50			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Sg LI	106	Seaborgium	50	51			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Sg LII	106	Seaborgium	51	52			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Sg LIII	106	Seaborgium	52	53			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Sg LIV	106	Seaborgium	53	54			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Sg LV	106	Seaborgium	54	55			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Sg LVI	106	Seaborgium	55	56			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Sg LVII	106	Seaborgium	56	57			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Sg LVIII	106	Seaborgium	57	58			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Sg LIX	106	Seaborgium	58	59			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Sg LX	106	Seaborgium	59	60			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Sg LXI	106	Seaborgium	60	61	4095	10	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Sg LXII	106	Seaborgium	61	62	4178	12	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Sg LXIII	106	Seaborgium	62	63	4267	15	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Sg LXIV	106	Seaborgium	63	64	4360	19	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Sg LXV	106	Seaborgium	64	65	4450	24	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Sg LXVI	106	Seaborgium	65	66	4540	30	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Sg LXVII	106	Seaborgium	66	67	4750	40	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Sg LXVIII	106	Seaborgium	67	68	4840	40	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Sg LXIX	106	Seaborgium	68	69	4940	50	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Sg LXX	106	Seaborgium	69	70	5030	50	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Sg LXXI	106	Seaborgium	70	71	5410	60	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Sg LXXII	106	Seaborgium	71	72	5490	60	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Sg LXXIII	106	Seaborgium	72	73	5590	70	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Sg LXXIV	106	Seaborgium	73	74	5680	90	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Sg LXXV	106	Seaborgium	74	75	6460	90	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Sg LXXVI	106	Seaborgium	75	76	6570	100	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Sg LXXVII	106	Seaborgium	76	77	6840	110	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Sg LXXVIII	106	Seaborgium	77	78	6950	120	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Sg LXXIX	106	Seaborgium	78	79	10680	120	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Sg LXXX	106	Seaborgium	79	80	10870	140	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Sg LXXXI	106	Seaborgium	80	81	11080	150	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Sg LXXXII	106	Seaborgium	81	82	11300	160	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Sg LXXXIII	106	Seaborgium	82	83	11510	170	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Sg LXXXIV	106	Seaborgium	83	84	11710	190	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Sg LXXXV	106	Seaborgium	84	85	12320	200	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Sg LXXXVI	106	Seaborgium	85	86	12540	220	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Sg LXXXVII	106	Seaborgium	86	87	12780	240	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Sg LXXXVIII	106	Seaborgium	87	88	12990	250	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Sg LXXXIX	106	Seaborgium	88	89	13600	300	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Sg XC	106	Seaborgium	89	90	13800	300	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Sg XCI	106	Seaborgium	90	91	14000	300	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Sg XCII	106	Seaborgium	91	92	14200	300	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Sg XCIII	106	Seaborgium	92	93	16600	400	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Sg XCIV	106	Seaborgium	93	94	16800	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Sg XCV	106	Seaborgium	94	95	17300	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Sg XCVI	106	Seaborgium	95	96	17500	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Sg XCVII	106	Seaborgium	96	97	34500	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Sg XCVIII	106	Seaborgium	97	98	35000	400	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Sg XCIX	106	Seaborgium	98	99	35600	500	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Sg C	106	Seaborgium	99	100	36100	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Sg CI	106	Seaborgium	100	101	44900	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Sg CII	106	Seaborgium	101	102	45700	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Sg CIII	106	Seaborgium	102	103	46600	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Sg CIV	106	Seaborgium	103	104			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Sg CV	106	Seaborgium	104	105	182833	11	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Sg CVI	106	Seaborgium	105	106	185835	11	theoretical	H	1s	2S<1/2>		L19200
Bh I	107	Bohrium	0	1	7.7	0.5	semi-empirical	Bh	[Rn].5f14.6d5.7s2	<5/2>	6d4.7s2 <0>	L13544
Bh II	107	Bohrium	1	2	17.5	0.5	semi-empirical	Sg	[Rn].5f14.6d4.7s2	0	6d4.7s <1/2>	L13544
Bh III	107	Bohrium	2	3	26.7	0.5	semi-empirical	Db	[Rn].5f14.6d4.7s	<1/2>	6d4 <0>	L13544
Bh IV	107	Bohrium	3	4	37.3	0.5	semi-empirical	Rf	[Rn].5f14.6d4	0	6d3 <3/2>	L13544
Bh V	107	Bohrium	4	5	49	0.5	semi-empirical	Lr	[Rn].5f14.6d3	<3/2>	6d2 <2>	L13544
Bh VI	107	Bohrium	5	6	62.1	0.5	semi-empirical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L13544
Bh VII	107	Bohrium	6	7	74.9	0.5	semi-empirical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L13544
Bh VIII	107	Bohrium	7	8	134	2.1	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Bh IX	107	Bohrium	8	9	148	2.2	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Bh X	107	Bohrium	9	10	178	2.2	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Bh XI	107	Bohrium	10	11	198	2.4	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Bh XII	107	Bohrium	11	12	228	2.5	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Bh XIII	107	Bohrium	12	13	255	3	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Bh XIV	107	Bohrium	13	14	281	3	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Bh XV	107	Bohrium	14	15	318	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Bh XVI	107	Bohrium	15	16	337	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Bh XVII	107	Bohrium	16	17	374	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Bh XVIII	107	Bohrium	17	18			experimental	Th	[Rn].5f4	5I<4>
Bh XXX	107	Bohrium	29	30	934	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Bh XXXI	107	Bohrium	30	31	969	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Bh XXXII	107	Bohrium	31	32	1008	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Bh XXXIII	107	Bohrium	32	33	1049	4	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Bh XXXIV	107	Bohrium	33	34	1088	5	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Bh XXXV	107	Bohrium	34	35	1126	5	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Bh XXXVI	107	Bohrium	35	36	1197	5	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Bh XXXVII	107	Bohrium	36	37	1237	5	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Bh XXXVIII	107	Bohrium	37	38	1280	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Bh XXXIX	107	Bohrium	38	39	1320	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Bh XL	107	Bohrium	39	40			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Bh XLI	107	Bohrium	40	41			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Bh XLII	107	Bohrium	41	42			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Bh XLIII	107	Bohrium	42	43			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Bh XLIV	107	Bohrium	43	44			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Bh XLV	107	Bohrium	44	45			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Bh XLVI	107	Bohrium	45	46			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Bh XLVII	107	Bohrium	46	47			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Bh XLVIII	107	Bohrium	47	48			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Bh XLIX	107	Bohrium	48	49			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Bh L	107	Bohrium	49	50			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Bh LI	107	Bohrium	50	51			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Bh LII	107	Bohrium	51	52			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Bh LIII	107	Bohrium	52	53			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Bh LIV	107	Bohrium	53	54			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Bh LV	107	Bohrium	54	55			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Bh LVI	107	Bohrium	55	56			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Bh LVII	107	Bohrium	56	57			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Bh LVIII	107	Bohrium	57	58			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Bh LIX	107	Bohrium	58	59			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Bh LX	107	Bohrium	59	60			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Bh LXI	107	Bohrium	60	61			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Bh LXII	107	Bohrium	61	62	4216	12	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Bh LXIII	107	Bohrium	62	63	4301	15	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Bh LXIV	107	Bohrium	63	64	4390	19	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Bh LXV	107	Bohrium	64	65	4486	24	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Bh LXVI	107	Bohrium	65	66	4580	30	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Bh LXVII	107	Bohrium	66	67	4660	40	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Bh LXVIII	107	Bohrium	67	68	4890	40	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Bh LXIX	107	Bohrium	68	69	4980	50	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Bh LXX	107	Bohrium	69	70	5080	50	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Bh LXXI	107	Bohrium	70	71	5170	60	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Bh LXXII	107	Bohrium	71	72	5550	60	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Bh LXXIII	107	Bohrium	72	73	5640	70	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Bh LXXIV	107	Bohrium	73	74	5740	90	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Bh LXXV	107	Bohrium	74	75	5830	90	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Bh LXXVI	107	Bohrium	75	76	6650	100	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Bh LXXVII	107	Bohrium	76	77	6760	110	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Bh LXXVIII	107	Bohrium	77	78	7040	120	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Bh LXXIX	107	Bohrium	78	79	7140	120	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Bh LXXX	107	Bohrium	79	80	10930	140	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Bh LXXXI	107	Bohrium	80	81	11130	150	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Bh LXXXII	107	Bohrium	81	82	11340	160	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Bh LXXXIII	107	Bohrium	82	83	11560	170	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Bh LXXXIV	107	Bohrium	83	84	11780	190	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Bh LXXXV	107	Bohrium	84	85	11980	200	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Bh LXXXVI	107	Bohrium	85	86	12610	220	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Bh LXXXVII	107	Bohrium	86	87	12830	240	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Bh LXXXVIII	107	Bohrium	87	88	13070	250	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Bh LXXXIX	107	Bohrium	88	89	13300	300	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Bh XC	107	Bohrium	89	90	13900	300	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Bh XCI	107	Bohrium	90	91	14100	300	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Bh XCII	107	Bohrium	91	92	14300	300	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Bh XCIII	107	Bohrium	92	93	14500	400	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Bh XCIV	107	Bohrium	93	94	17000	400	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Bh XCV	107	Bohrium	94	95	17300	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Bh XCVI	107	Bohrium	95	96	17700	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Bh XCVII	107	Bohrium	96	97	18000	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Bh XCVIII	107	Bohrium	97	98	35200	400	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Bh XCIX	107	Bohrium	98	99	35700	500	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Bh C	107	Bohrium	99	100	36300	500	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Bh CI	107	Bohrium	100	101	36800	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Bh CII	107	Bohrium	101	102	46100	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Bh CIII	107	Bohrium	102	103	46900	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Bh CIV	107	Bohrium	103	104	47800	500	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Bh CV	107	Bohrium	104	105			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Bh CVI	107	Bohrium	105	106	187260	12	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Bh CVII	107	Bohrium	106	107	190329	12	theoretical	H	1s	2S<1/2>		L19200
Hs I	108	Hassium	0	1	7.6	0.5	semi-empirical	Hs	[Rn].5f14.6d6.7s2	<4>	6d5.7s2 <5/2>	L13544
Hs II	108	Hassium	1	2	18.2	0.5	semi-empirical	Bh	[Rn].5f14.6d5.7s2	<5/2>	6d5.7s <3>	L13544
Hs III	108	Hassium	2	3	29.3	0.5	semi-empirical	Sg	[Rn].5f14.6d5.7s	<3>	6d4.7s <1/2>	L13544
Hs IV	108	Hassium	3	4	37.7	0.5	semi-empirical	Db	[Rn].5f14.6d4.7s	<1/2>	6d4 <0>	L13544
Hs V	108	Hassium	4	5	51.2	0.5	semi-empirical	Rf	[Rn].5f14.6d4	0	6d3 <3/2>	L13544
Hs VI	108	Hassium	5	6	64	0.5	semi-empirical	Lr	[Rn].5f14.6d3	<3/2>	6d2 <2>	L13544
Hs VII	108	Hassium	6	7	78.1	0.5	semi-empirical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L13544
Hs VIII	108	Hassium	7	8	91.7	0.5	semi-empirical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L13544
Hs IX	108	Hassium	8	9	159.9	2.2	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Hs X	108	Hassium	9	10	173.9	2.2	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Hs XI	108	Hassium	10	11	206.1	2.4	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Hs XII	108	Hassium	11	12	227	2.5	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Hs XIII	108	Hassium	12	13	258	3	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Hs XIV	108	Hassium	13	14	285	3	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Hs XV	108	Hassium	14	15	314	3	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Hs XVI	108	Hassium	15	16	351	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Hs XVII	108	Hassium	16	17	371	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Hs XVIII	108	Hassium	17	18	409	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Hs XIX	108	Hassium	18	19			experimental	Th	[Rn].5f4	5I<4>
Hs XXXI	108	Hassium	30	31	984	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Hs XXXII	108	Hassium	31	32	1020	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Hs XXXIII	108	Hassium	32	33	1060	4	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Hs XXXIV	108	Hassium	33	34	1101	5	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Hs XXXV	108	Hassium	34	35	1140	5	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Hs XXXVI	108	Hassium	35	36	1180	5	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Hs XXXVII	108	Hassium	36	37	1253	5	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Hs XXXVIII	108	Hassium	37	38	1294	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Hs XXXIX	108	Hassium	38	39	1338	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Hs XL	108	Hassium	39	40	1379	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Hs XLI	108	Hassium	40	41			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Hs XLII	108	Hassium	41	42			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Hs XLIII	108	Hassium	42	43			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Hs XLIV	108	Hassium	43	44			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Hs XLV	108	Hassium	44	45			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Hs XLVI	108	Hassium	45	46			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Hs XLVII	108	Hassium	46	47			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Hs XLVIII	108	Hassium	47	48			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Hs XLIX	108	Hassium	48	49			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Hs L	108	Hassium	49	50			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Hs LI	108	Hassium	50	51			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Hs LII	108	Hassium	51	52			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Hs LIII	108	Hassium	52	53			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Hs LIV	108	Hassium	53	54			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Hs LV	108	Hassium	54	55			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Hs LVI	108	Hassium	55	56			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Hs LVII	108	Hassium	56	57			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Hs LVIII	108	Hassium	57	58			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Hs LIX	108	Hassium	58	59			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Hs LX	108	Hassium	59	60			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Hs LXI	108	Hassium	60	61			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Hs LXII	108	Hassium	61	62			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Hs LXIII	108	Hassium	62	63	4339	15	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Hs LXIV	108	Hassium	63	64	4425	19	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Hs LXV	108	Hassium	64	65	4516	24	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Hs LXVI	108	Hassium	65	66	4610	30	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Hs LXVII	108	Hassium	66	67	4700	40	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Hs LXVIII	108	Hassium	67	68	4790	40	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Hs LXIX	108	Hassium	68	69	5020	50	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Hs LXX	108	Hassium	69	70	5110	50	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Hs LXXI	108	Hassium	70	71	5220	60	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Hs LXXII	108	Hassium	71	72	5310	60	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Hs LXXIII	108	Hassium	72	73	5700	70	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Hs LXXIV	108	Hassium	73	74	5780	90	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Hs LXXV	108	Hassium	74	75	5880	90	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Hs LXXVI	108	Hassium	75	76	5980	100	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Hs LXXVII	108	Hassium	76	77	6840	110	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Hs LXXVIII	108	Hassium	77	78	6950	120	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Hs LXXIX	108	Hassium	78	79	7230	120	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Hs LXXX	108	Hassium	79	80	7340	140	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Hs LXXXI	108	Hassium	80	81	11200	150	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Hs LXXXII	108	Hassium	81	82	11390	160	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Hs LXXXIII	108	Hassium	82	83	11610	170	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Hs LXXXIV	108	Hassium	83	84	11830	190	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Hs LXXXV	108	Hassium	84	85	12040	200	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Hs LXXXVI	108	Hassium	85	86	12250	220	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Hs LXXXVII	108	Hassium	86	87	12910	240	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Hs LXXXVIII	108	Hassium	87	88	13130	250	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Hs LXXXIX	108	Hassium	88	89	13400	300	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Hs XC	108	Hassium	89	90	13600	300	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Hs XCI	108	Hassium	90	91	14200	300	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Hs XCII	108	Hassium	91	92	14400	300	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Hs XCIII	108	Hassium	92	93	14600	400	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Hs XCIV	108	Hassium	93	94	14800	400	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Hs XCV	108	Hassium	94	95	17500	400	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Hs XCVI	108	Hassium	95	96	17700	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Hs XCVII	108	Hassium	96	97	18200	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Hs XCVIII	108	Hassium	97	98	18400	400	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Hs XCIX	108	Hassium	98	99	35900	500	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Hs C	108	Hassium	99	100	36400	500	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Hs CI	108	Hassium	100	101	37000	500	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Hs CII	108	Hassium	101	102	37500	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Hs CIII	108	Hassium	102	103	47300	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Hs CIV	108	Hassium	103	104	48100	500	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Hs CV	108	Hassium	104	105	49000	600	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Hs CVI	108	Hassium	105	106			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Hs CVII	108	Hassium	106	107	191784	12	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Hs CVIII	108	Hassium	107	108	194911	14	theoretical	H	1s	2S<1/2>		L19200
Mt V	109	Meitnerium	4	5	50	1.9	theoretical	Db	[Rn].5f14.6d5	<5/2>	6d4 <0>	L8672c99
Mt VI	109	Meitnerium	5	6			experimental	Rf	[Rn].5f14.6d4	0	6d3 <3/2>
Mt VII	109	Meitnerium	6	7			experimental	Lr	[Rn].5f14.6d3	<3/2>	6d2 <2>
Mt VIII	109	Meitnerium	7	8	94	2.1	theoretical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L8672c99
Mt IX	109	Meitnerium	8	9	109	2.2	theoretical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L8672c99
Mt X	109	Meitnerium	9	10	187	2.2	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Mt XI	109	Meitnerium	10	11	202	2.4	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Mt XII	109	Meitnerium	11	12	235.9	2.5	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Mt XIII	109	Meitnerium	12	13	257	3	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Mt XIV	109	Meitnerium	13	14	289	3	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Mt XV	109	Meitnerium	14	15	318	3	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Mt XVI	109	Meitnerium	15	16	346	3	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Mt XVII	109	Meitnerium	16	17	386	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Mt XVIII	109	Meitnerium	17	18	406	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Mt XIX	109	Meitnerium	18	19	445	3	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Mt XX	109	Meitnerium	19	20			experimental	Th	[Rn].5f4	5I<4>
Mt XXXII	109	Meitnerium	31	32	1035	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Mt XXXIII	109	Meitnerium	32	33	1072	4	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Mt XXXIV	109	Meitnerium	33	34	1112	5	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Mt XXXV	109	Meitnerium	34	35	1154	5	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c99
Mt XXXVI	109	Meitnerium	35	36	1195	5	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c99
Mt XXXVII	109	Meitnerium	36	37	1234	5	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c98,c99
Mt XXXVIII	109	Meitnerium	37	38	1311	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c98,c99
Mt XXXIX	109	Meitnerium	38	39	1352	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Mt XL	109	Meitnerium	39	40	1397	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Mt XLI	109	Meitnerium	40	41	1439	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Mt XLII	109	Meitnerium	41	42			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Mt XLIII	109	Meitnerium	42	43			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Mt XLIV	109	Meitnerium	43	44			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Mt XLV	109	Meitnerium	44	45			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Mt XLVI	109	Meitnerium	45	46			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Mt XLVII	109	Meitnerium	46	47			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Mt XLVIII	109	Meitnerium	47	48			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Mt XLIX	109	Meitnerium	48	49			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Mt L	109	Meitnerium	49	50			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Mt LI	109	Meitnerium	50	51			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Mt LII	109	Meitnerium	51	52			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Mt LIII	109	Meitnerium	52	53			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Mt LIV	109	Meitnerium	53	54			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Mt LV	109	Meitnerium	54	55			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Mt LVI	109	Meitnerium	55	56			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Mt LVII	109	Meitnerium	56	57			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Mt LVIII	109	Meitnerium	57	58			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Mt LIX	109	Meitnerium	58	59			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Mt LX	109	Meitnerium	59	60			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Mt LXI	109	Meitnerium	60	61			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Mt LXII	109	Meitnerium	61	62			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Mt LXIII	109	Meitnerium	62	63			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Mt LXIV	109	Meitnerium	63	64	4464	19	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Mt LXV	109	Meitnerium	64	65	4551	24	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Mt LXVI	109	Meitnerium	65	66	4640	30	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Mt LXVII	109	Meitnerium	66	67	4740	40	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Mt LXVIII	109	Meitnerium	67	68	4830	40	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Mt LXIX	109	Meitnerium	68	69	4920	50	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Mt LXX	109	Meitnerium	69	70	5160	50	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Mt LXXI	109	Meitnerium	70	71	5250	60	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Mt LXXII	109	Meitnerium	71	72	5360	60	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Mt LXXIII	109	Meitnerium	72	73	5450	70	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Mt LXXIV	109	Meitnerium	73	74	5840	90	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Mt LXXV	109	Meitnerium	74	75	5930	90	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Mt LXXVI	109	Meitnerium	75	76	6030	100	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Mt LXXVII	109	Meitnerium	76	77	6130	110	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Mt LXXVIII	109	Meitnerium	77	78	7030	120	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Mt LXXIX	109	Meitnerium	78	79	7150	120	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Mt LXXX	109	Meitnerium	79	80	7430	140	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Mt LXXXI	109	Meitnerium	80	81	7550	150	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Mt LXXXII	109	Meitnerium	81	82	11460	160	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Mt LXXXIII	109	Meitnerium	82	83	11660	170	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Mt LXXXIV	109	Meitnerium	83	84	11870	190	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Mt LXXXV	109	Meitnerium	84	85	12100	200	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Mt LXXXVI	109	Meitnerium	85	86	12320	220	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Mt LXXXVII	109	Meitnerium	86	87	12530	240	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Mt LXXXVIII	109	Meitnerium	87	88	13200	250	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Mt LXXXIX	109	Meitnerium	88	89	13400	300	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Mt XC	109	Meitnerium	89	90	13700	300	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Mt XCI	109	Meitnerium	90	91	13900	300	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Mt XCII	109	Meitnerium	91	92	14500	300	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Mt XCIII	109	Meitnerium	92	93	14700	400	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Mt XCIV	109	Meitnerium	93	94	14900	400	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Mt XCV	109	Meitnerium	94	95	15100	400	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Mt XCVI	109	Meitnerium	95	96	17900	400	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Mt XCVII	109	Meitnerium	96	97	18200	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Mt XCVIII	109	Meitnerium	97	98	18700	400	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Mt XCIX	109	Meitnerium	98	99	18900	500	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Mt C	109	Meitnerium	99	100	36700	500	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Mt CI	109	Meitnerium	100	101	37200	500	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Mt CII	109	Meitnerium	101	102	37800	500	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Mt CIII	109	Meitnerium	102	103	38300	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Mt CIV	109	Meitnerium	103	104	48500	500	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Mt CV	109	Meitnerium	104	105	49400	600	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Mt CVI	109	Meitnerium	105	106	50300	600	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Mt CVII	109	Meitnerium	106	107			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Mt CVIII	109	Meitnerium	107	108	196392	14	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Mt CIX	109	Meitnerium	108	109	199605	15	theoretical	H	1s	2S<1/2>		L19200
Ds VI	110	Darmstadtium	5	6	65	2	theoretical	Db	[Rn].5f14.6d5	<5/2>	6d4 <0>	L8672c99
Ds VII	110	Darmstadtium	6	7			experimental	Rf	[Rn].5f14.6d4	0	6d3 <3/2>
Ds VIII	110	Darmstadtium	7	8			experimental	Lr	[Rn].5f14.6d3	<3/2>	6d2 <2>
Ds IX	110	Darmstadtium	8	9	112.9	2.2	theoretical	No	[Rn].5f14.6d2	<2>	5f14.6d 2D<3/2>	L8672c99
Ds X	110	Darmstadtium	9	10	128	2.2	theoretical	Md	[Rn].5f14.6d	2D<3/2>	5f14 1S<0>	L8672c99
Ds XI	110	Darmstadtium	10	11	216	2.4	theoretical	Fm	[Rn].5f14	1S0	5f13 2F*<7/2>	L8672c99
Ds XII	110	Darmstadtium	11	12	231	2.5	theoretical	Es	[Rn].5f13	2F*<7/2>	5f12 3H<6>	L8672c99
Ds XIII	110	Darmstadtium	12	13	266	3	theoretical	Cf	[Rn].5f12	3H<6>	5f11 4I*<15/2>	L8672c99
Ds XIV	110	Darmstadtium	13	14	288	3	theoretical	Bk	[Rn].5f11	4I*<15/2>	5f10 5I<8>	L8672c99
Ds XV	110	Darmstadtium	14	15	322	3	theoretical	Cm	[Rn].5f10	5I<8>	5f9 6H*<15/2>	L8672c99
Ds XVI	110	Darmstadtium	15	16	352	3	theoretical	Am	[Rn].5f9	6H*<15/2>	5f8 7F<6>	L8672c99
Ds XVII	110	Darmstadtium	16	17	380	3	theoretical	Pu	[Rn].5f8	7F<6>	5f7 8S*<7/2>	L8672c99
Ds XVIII	110	Darmstadtium	17	18	422	3	theoretical	Np	[Rn].5f7	8S*<7/2>	5f6 7F<0>	L8672c99
Ds XIX	110	Darmstadtium	18	19	442	3	theoretical	U	[Rn].5f6	7F0	5f5 6H*<5/2>	L8672c99
Ds XX	110	Darmstadtium	19	20	483	4	theoretical	Pa	[Rn].5f5	6H*<5/2>	5f4 5I<4>	L8672c99
Ds XXI	110	Darmstadtium	20	21			experimental	Th	[Rn].5f4	5I<4>
Ds XXXIII	110	Darmstadtium	32	33	1087	4	theoretical	Pt	[Xe].4f14.5d10	1S0	5d9 2D<5/2>	L8672c99
Ds XXXIV	110	Darmstadtium	33	34	1125	5	theoretical	Ir	[Xe].4f14.5d9	2D<5/2>	5d8 3F<4>	L8672c99
Ds XXXV	110	Darmstadtium	34	35	1165	5	theoretical	Os	[Xe].4f14.5d8	3F<4>	5d7 4F<9/2>	L8672c99
Ds XXXVI	110	Darmstadtium	35	36	1208	5	theoretical	Re	[Xe].4f14.5d7	4F<9/2>	5d6 5D<4>	L8672c98,c99
Ds XXXVII	110	Darmstadtium	36	37	1250	5	theoretical	W	[Xe].4f14.5d6	5D<4>	5d5 6S<5/2>	L8672c98,c99
Ds XXXVIII	110	Darmstadtium	37	38	1290	4	theoretical	Ta	[Xe].4f14.5d5	6S<5/2>	5d4 5D<0>	L8672c99
Ds XXXIX	110	Darmstadtium	38	39	1369	4	theoretical	Hf	[Xe].4f14.5d4	5D0	5d3 4F<3/2>	L8672c99
Ds XL	110	Darmstadtium	39	40	1412	4	theoretical	Lu	[Xe].4f14.5d3	4F<3/2>	5d2 3F<2>	L8672c99
Ds XLI	110	Darmstadtium	40	41	1457	4	theoretical	Yb	[Xe].4f14.5d2	3F<2>	5d 2D<3/2>	L8672c99
Ds XLII	110	Darmstadtium	41	42	1500	4	theoretical	Tm	[Xe].4f14.5d	2D<3/2>	4f14 1S<0>	L8672c99
Ds XLIII	110	Darmstadtium	42	43			experimental	Er	[Xe].4f14	1S0	4f14.5p5 2P*<3/2>
Ds XLIV	110	Darmstadtium	43	44			experimental	Ho	[Cd].4f14.5p5	2P*<3/2>	4f14.5p4 3P<2>
Ds XLV	110	Darmstadtium	44	45			experimental	Dy	[Cd].4f14.5p4	3P<2>	4f14.5p3 2P*<3/2>
Ds XLVI	110	Darmstadtium	45	46			experimental	Tb	[Cd].4f14.5p3	2P*<3/2>	4f14.5p2 3P<0>
Ds XLVII	110	Darmstadtium	46	47			experimental	Gd	[Cd].4f14.5p2	3P0	4f14.5p 2P*<1/2>
Ds XLVIII	110	Darmstadtium	47	48			experimental	Eu	[Cd].4f14.5p	2P*<1/2>	4f14 1S<0>
Ds XLIX	110	Darmstadtium	48	49			experimental	Sm	[Cd].4f14	1S0	4f14.5s 2S<1/2>
Ds L	110	Darmstadtium	49	50			experimental	Pm	[Kr].4d10.4f14.5s	2S<1/2>	4f14 1S<0>
Ds LI	110	Darmstadtium	50	51			experimental	Nd	[Kr].4d10.4f14	1S0	4f13 2F*<7/2>
Ds LII	110	Darmstadtium	51	52			experimental	Pr	[Kr].4d10.4f13	2F*<7/2>	4f12
Ds LIII	110	Darmstadtium	52	53			experimental	Ce	[Kr].4d10.4f12		4f11 4I*<15/2>
Ds LIV	110	Darmstadtium	53	54			experimental	La	[Kr].4d10.4f11	4I*<15/2>	4f10 5I<8>
Ds LV	110	Darmstadtium	54	55			experimental	Ba	[Kr].4d10.4f10	5I<8>	4f9 6H*<15/2>
Ds LVI	110	Darmstadtium	55	56			experimental	Cs	[Kr].4d10.4f9	6H*<15/2>	4f8 7F<6>
Ds LVII	110	Darmstadtium	56	57			experimental	Xe	[Kr].4d10.4f8	7F<6>	4f7 8S*<7/2>
Ds LVIII	110	Darmstadtium	57	58			experimental	I	[Kr].4d10.4f7	8S*<7/2>	4f6 7F<0>
Ds LIX	110	Darmstadtium	58	59			experimental	Te	[Kr].4d10.4f6	7F0	4f5 6H*<5/2>
Ds LX	110	Darmstadtium	59	60			experimental	Sb	[Kr].4d10.4f5	6H*<5/2>	4f4 5I<4>
Ds LXI	110	Darmstadtium	60	61			experimental	Sn	[Kr].4d10.4f4	5I<4>	4f3 4I*<9/2>
Ds LXII	110	Darmstadtium	61	62			experimental	In	[Kr].4d10.4f3	4I*<9/2>	4f2 3H<4>
Ds LXIII	110	Darmstadtium	62	63			experimental	Cd	[Kr].4d10.4f2	3H<4>	4f 2F*<5/2>
Ds LXIV	110	Darmstadtium	63	64			experimental	Ag	[Kr].4d10.4f	2F*<5/2>	4d10 1S<0>
Ds LXV	110	Darmstadtium	64	65	4590	24	theoretical	Pd	[Kr].4d10	1S0	4d9 2D<5/2>	L8672c99
Ds LXVI	110	Darmstadtium	65	66	4680	30	theoretical	Rh	[Kr].4d9	2D<5/2>	4d8 3F<4>	L8672c99
Ds LXVII	110	Darmstadtium	66	67	4770	40	theoretical	Ru	[Kr].4d8	3F<4>	4d7 4F<9/2>	L8672c99
Ds LXVIII	110	Darmstadtium	67	68	4870	40	theoretical	Tc	[Kr].4d7	4F<9/2>	4d6 5D<4>	L8672c99
Ds LXIX	110	Darmstadtium	68	69	4960	50	theoretical	Mo	[Kr].4d6	5D<4>	4d-4.4d+ (0,5/2)<5/2>	L8672c99
Ds LXX	110	Darmstadtium	69	70	5060	50	theoretical	Nb	[Kr].4d5	(0,5/2)<5/2>	4d4 5D<0>	L8672c99
Ds LXXI	110	Darmstadtium	70	71	5300	60	theoretical	Zr	[Kr].4d4	5D0	4d3 4F<3/2>	L8672c99
Ds LXXII	110	Darmstadtium	71	72	5400	60	theoretical	Y	[Kr].4d3	4F<3/2>	4d2 3F<2>	L8672c99
Ds LXXIII	110	Darmstadtium	72	73	5500	70	theoretical	Sr	[Kr].4d2	3F<2>	4d 2D<3/2>	L8672c99
Ds LXXIV	110	Darmstadtium	73	74	5600	90	theoretical	Rb	[Kr].4d	2D<3/2>	4p6 1S<0>	L8672c99
Ds LXXV	110	Darmstadtium	74	75	5990	90	theoretical	Kr	[Ar].3d10.4s2.4p6	1S0	4p5 2P*<3/2>	L8672c99
Ds LXXVI	110	Darmstadtium	75	76	6080	100	theoretical	Br	[Ar].3d10.4s2.4p5	2P*<3/2>	4p4 3P<2>	L8672c99
Ds LXXVII	110	Darmstadtium	76	77	6190	110	theoretical	Se	[Ar].3d10.4s2.4p4	3P<2>	4p-2.4p+ (0,3/2)*<3/2>	L8672c99
Ds LXXVIII	110	Darmstadtium	77	78	6280	120	theoretical	As	[Ar].3d10.4s2.4p3	(0,3/2)*<3/2>	4p2 3P<0>	L8672c99
Ds LXXIX	110	Darmstadtium	78	79	7230	120	theoretical	Ge	[Ar].3d10.4s2.4p2	3P0	4p 2P*<1/2>	L8672c99
Ds LXXX	110	Darmstadtium	79	80	7350	140	theoretical	Ga	[Ar].3d10.4s2.4p	2P*<1/2>	4s2 1S<0>	L8672c99
Ds LXXXI	110	Darmstadtium	80	81	7640	150	theoretical	Zn	[Ar].3d10.4s2	1S0	4s 2S<1/2>	L8672c99
Ds LXXXII	110	Darmstadtium	81	82	7750	160	theoretical	Cu	[Ar].3d10.4s	2S<1/2>	3d10 1S<0>	L8672c99
Ds LXXXIII	110	Darmstadtium	82	83	11730	170	theoretical	Ni	[Ar].3d10	1S0	3d9 2D<5/2>	L8672c99
Ds LXXXIV	110	Darmstadtium	83	84	11930	190	theoretical	Co	[Ar].3d9	2D<5/2>	3d8 3F<4>	L8672c99
Ds LXXXV	110	Darmstadtium	84	85	12140	200	theoretical	Fe	[Ar].3d8	3F<4>	3d7 4F<9/2>	L8672c99
Ds LXXXVI	110	Darmstadtium	85	86	12380	220	theoretical	Mn	[Ar].3d7	4F<9/2>	3d-4.3d+2 (0,4)<4>	L8672c99
Ds LXXXVII	110	Darmstadtium	86	87	12600	240	theoretical	Cr	[Ar].3d6	(0,4)<4>	3d-4.3d+ (0,5/2)<5/2>	L8672c99
Ds LXXXVIII	110	Darmstadtium	87	88	12810	250	theoretical	V	[Ar].3d5	(0,5/2)<5/2>	3d4 5D<0>	L8672c99
Ds LXXXIX	110	Darmstadtium	88	89	13500	300	theoretical	Ti	[Ar].3d4	5D0	3d3 4F<3/2>	L8672c99
Ds XC	110	Darmstadtium	89	90	13700	300	theoretical	Sc	[Ar].3d3	4F<3/2>	3d2 3F<2>	L8672c99
Ds XCI	110	Darmstadtium	90	91	14000	300	theoretical	Ca	[Ar].3d2	3F<2>	3d 2D<3/2>	L8672c99
Ds XCII	110	Darmstadtium	91	92	14200	300	theoretical	K	[Ar].3d	2D<3/2>	3p6 1S<0>	L8672c99
Ds XCIII	110	Darmstadtium	92	93	14800	400	theoretical	Ar	[Ne].3s2.3p6	1S0	3p5 2P*<3/2>	L8672c99
Ds XCIV	110	Darmstadtium	93	94	15000	400	theoretical	Cl	[Ne].3s2.3p5	2P*<3/2>	3p4 3P<2>	L8672c99
Ds XCV	110	Darmstadtium	94	95	15300	400	theoretical	S	[Ne].3s2.3p4	3P<2>	3p3 2P*<3/2>	L8672c99
Ds XCVI	110	Darmstadtium	95	96	15500	400	theoretical	P	[Ne].3s2.3p3	2P*<3/2>	3p2 3P<0>	L8672c99
Ds XCVII	110	Darmstadtium	96	97	18400	400	theoretical	Si	[Ne].3s2.3p2	3P0	3p 2P*<1/2>	L8672c99
Ds XCVIII	110	Darmstadtium	97	98	18600	400	theoretical	Al	[Ne].3s2.3p	2P*<1/2>	3s2 1S<0>	L8672c99
Ds XCIX	110	Darmstadtium	98	99	19100	500	theoretical	Mg	[Ne].3s2	1S0	3s 2S<1/2>	L8672c99
Ds C	110	Darmstadtium	99	100	19400	500	theoretical	Na	[Ne].3s	2S<1/2>	2p6 1S<0>	L8672c99
Ds CI	110	Darmstadtium	100	101	37400	500	theoretical	Ne	1s2.2s2.2p6	1S0	2p5 2P*<3/2>	L8672c99
Ds CII	110	Darmstadtium	101	102	37900	500	theoretical	F	1s2.2s2.2p5	2P*<3/2>	2p4 3P<2>	L8672c99
Ds CIII	110	Darmstadtium	102	103	38500	500	theoretical	O	1s2.2s2.2p4	3P<2>	2p2<1/2>.2p<3/2> (0,3/2)*<3/2>	L8672c99
Ds CIV	110	Darmstadtium	103	104	39100	500	theoretical	N	1s2.2s2.2p3	(0,3/2)*<3/2>	2p2 3P<0>	L8672c99
Ds CV	110	Darmstadtium	104	105	49800	600	theoretical	C	1s2.2s2.2p2	3P0	2p 2P*<1/2>	L8672c99
Ds CVI	110	Darmstadtium	105	106	50700	600	theoretical	B	1s2.2s2.2p	2P*<1/2>	2s2 1S<0>	L8672c99
Ds CVII	110	Darmstadtium	106	107	51600	600	theoretical	Be	1s2.2s2	1S0	2s 2S<1/2>	L8672c99
Ds CVIII	110	Darmstadtium	107	108			experimental	Li	1s2.2s	2S<1/2>	1s2 1S<0>
Ds CIX	110	Darmstadtium	108	109	201112	15	theoretical	He	1s2	1S0	1s 2S<1/2>	u52
Ds CX	110	Darmstadtium	109	110	204394	16	theoretical	H	1s	2S<1/2>		L19200