d
- Formula
- C₁₀H₂₂
1
- C₁₀H₂₂
- Mass
- 142.172 Da
1
- 142.172 Da
- Melting point
- -29.61°C
1
- , -30°C
1
- -29.61°C
- Boiling point
- 174.1°C
1
- , 174.15°C
- 174.1°C
- Density
- 0.7266 g/cm³
1
- , 0.7303 g/cm³
1
- 0.7266 g/cm³
- Solubility
- 1.5e-5 gram per kilogram of solvent
1
- , unknown
1
- , unknown
1
- +1 more
- 1.5e-5 gram per kilogram of solvent
Overview
Chemistry
All data
190 statements · 81% with external sources · numbers in brackets are citations
- Canonical SMILES
- CCCCCCCCCC
1
- CCCCCCCCCC
- Safety classification and labelling
- NFPA 704: Standard System for the Identification of the Hazards of Materials for Emergency Response nfpa health: 1 · nfpa fire: 2 · nfpa instability: 0
- Regulation (EC) No. 1272/2008 ghs hazard pictogram: GHS02: flame, GHS08: health hazard · ghs signal word: danger · ghs hazard statement: H226, H304
1
- Part of
- response to decane subject has role: reactant
1
- cellular response to decane subject has role: reactant
1
- response to decane subject has role: reactant
- Found in taxon
- Micromeria myrtifolia
- Hypericum hyssopifolium
- Hypericum heterophyllum
- Lantana camara
1
- Nepeta racemosa
- Origanum vulgare
- Allium ampeloprasum
1
- Aristolochia birostris
2
Sources- 1.Stated in ESSENTIAL OILS FROM TWO BRAZILIAN VITEX SPECIES
- 2.Stated in Essential Oils from Brazilian Aristolochia
Show 40 moreShow less
- Aristolochia cymbifera
2
Sources- 1.Stated in ESSENTIAL OILS FROM TWO BRAZILIAN VITEX SPECIES
- 2.Stated in Essential Oils from Brazilian Aristolochia
- Aristolochia gigantea
2
Sources- 1.Stated in ESSENTIAL OILS FROM TWO BRAZILIAN VITEX SPECIES
- 2.Stated in Essential Oils from Brazilian Aristolochia
- Aristolochia macroura
2
Sources- 1.Stated in ESSENTIAL OILS FROM TWO BRAZILIAN VITEX SPECIES
- 2.Stated in Essential Oils from Brazilian Aristolochia
- Aristolochia triangularis
2
Sources- 1.Stated in ESSENTIAL OILS FROM TWO BRAZILIAN VITEX SPECIES
- 2.Stated in Essential Oils from Brazilian Aristolochia
- Aster scaber
- Brassica napus
- Eucalyptus camaldulensis
- Festuca arundinacea
1
- Gossypium hirsutum
- Gymnodinium nagasakiense
- Hamamelis virginiana
- Simicratea welwitschii
- Paeonia lactiflora
1
- Plakortis angulospiculatus
- Plakortis lita
- Sauromatum venosum
- Senecio isatideus
- Sideritis hispida
- Solanum incisum
- Solanum stuckertii
- Vanilla tahitensis
- Caryocar coriaceum
1
- Zanthoxylum schinifolium
- Oecophylla smaragdina
- Pimpinella anisum
- Cannabis sativa
- Cnicus benedictus
- Cistus creticus
- Carica papaya
- Perilla frutescens
- Oryza molida
- Osmanthus fragrans
1
- Centaurea benedicta
- Festuca rubra
1
- Karenia mikimotoi
- Malus pumila
- Aristolochia didyma
1
- Eucalyptus globulus
- Malus domestica
- Nigella sativa
- Ionization energy
- 9.65 eV
- Refractive index
- 1.409 temperature: 25°C · wavelength: 589 nm
1
- 1.409 temperature: 25°C · wavelength: 589 nm
- Partition coefficient water/octanol
- 6.25 temperature: 25°C
1
- 5.1 temperature: unknown
1
- 6.25 temperature: 25°C
- Phase point
- critical point temperature: 618.1 K · under pressure: 2.1 MPa · molar volume: 621 cubic centimetre per mole
1
- critical point temperature: 618.1 K · under pressure: 2.1 MPa · molar volume: 621 cubic centimetre per mole
- Surface tension
- 24.81 millinewton per metre temperature: 10°C
1
- 23.39 millinewton per metre temperature: 25°C
1
- 21.05 millinewton per metre temperature: 50°C
1
- 18.78 millinewton per metre temperature: 75°C
1
- 16.56 millinewton per metre temperature: 100°C
1
- 24.81 millinewton per metre temperature: 10°C
- Dynamic viscosity
- 2.19 millipascal second temperature: -25°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 1.277 millipascal second temperature: 0°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 0.838 millipascal second temperature: 25°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 0.598 millipascal second temperature: 50°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 0.453 millipascal second temperature: 75°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 0.359 millipascal second temperature: 100°C · under pressure: 1 standard atmosphere · state of matter: liquid
1
- 2.19 millipascal second temperature: -25°C · under pressure: 1 standard atmosphere · state of matter: liquid
- Thermal conductivity
- 0.142 watt per metre kelvin temperature: -25°C · state of matter: liquid
1
- 0.136 watt per metre kelvin temperature: 0°C · state of matter: liquid
1
- 0.1296 watt per metre kelvin temperature: 25°C · state of matter: liquid
1
- 0.1232 watt per metre kelvin temperature: 50°C · state of matter: liquid
1
- 0.1167 watt per metre kelvin temperature: 75°C · state of matter: liquid
1
- 0.11 watt per metre kelvin temperature: 100°C · state of matter: liquid
1
- 0.142 watt per metre kelvin temperature: -25°C · state of matter: liquid
- Upper flammable limit
- 5.4 volume percent
2
Sources- 1.Stated in CRC Handbook of Chemistry and Physics (97th edition)
- 2.Stated in GESTIS databaseRetrieved 2025-03-01
- 5.4 volume percent
- Relative permittivity
- 1.9853 temperature: 20°C
1
- 1.9853 temperature: 20°C
- Vapor pressure
- 10 Pa temperature: -10.6°C
1
- 100 Pa temperature: 16.7°C
1
- 1.66 hectopascal temperature: 20°C
1
- 0.17 kilopascal temperature: 25°C
1
- 3.17 hectopascal temperature: 30°C
1
- 5.78 hectopascal temperature: 40°C
1
- 10.1 hectopascal temperature: 50°C
1
- 1 kilopascal temperature: 52.3°C
1
Show 2 moreShow less
- 10 kilopascal temperature: 101.1°C
1
- 100 kilopascal temperature: 173.7°C
1
- 10 Pa temperature: -10.6°C
- Flash point
- 46°C reason for preferred rank: most precise value
1
- 51°C
1
- 46°C reason for preferred rank: most precise value
- Autoignition temperature
- 200°C
1
- 210°C
1
- 200°C
- Lower flammable limit
- 0.7 volume percent
1
- 0.8 volume percent
1
- 0.7 volume percent
- Kinematic viscosity
- 1.16 square millimetre per second temperature: 20°C · state of matter: liquid
1
- 1.16 square millimetre per second temperature: 20°C · state of matter: liquid
On other databases
42 identifiers linking decane across the web's reference databases
- CAB ID18860
- CAMEO Chemicals ID3070
- Cannabis Database ID000147
- CAS Registry Number124-18-5
- ChEBI ID41808
- ChEMBL IDCHEMBL134537
- ChemSpider ID14840
- CosIng number75428
- De Agostini IDdecano²
- DSSTOX compound identifierDTXCID704913
- DSSTox substance IDDTXSID6024913
- EC number204-686-4
- ECHA Substance Infocard ID100.004.262
- Freebase ID/m/01_z9q
- Gmelin number67816
- HSDB ID63
- Human Metabolome Database IDHMDB0031450
- InChIInChI=1S/C10H22/c1-3-5-7-9-10-8-6-4-2/h3-10H2,1-2H3
- InChIKeyDIOQZVSQGTUSAI-UHFFFAOYSA-N
- J-GLOBAL ID200907071443622009
- KNApSAcK IDC00048375
- LIPID MAPS IDLMFA11000568
- MassBank accession IDMSBNK-Fac_Eng_Univ_Tokyo-JP012155
- Microsoft Academic ID (discontinued)2776981874
- Nikkaji IDJ2.505D
- NMRShiftDB structure ID20028914
- NSC number8781
- OpenAlex IDC2776981874
- PDB ligand IDD10
- PDB structure ID2EUM
- PSH ID5961
- PubChem CID15600
- Quora topic IDDecane
- Reaxys registry number1696981
- RTECS numberHD6550000
- SPLASHsplash10-052f-9000000000-eaff23c4d9aac623bf75
- SureChEMBL ID20870
- Treccani Vocabulary IDdecano2
- UN number2247
- UniChem compound ID222917
- UNIINK85062OIY
- ZVG number37720