- InChI
- InChI=1S/C12H18O/c1-11(2)7-4-8-12(3)9(11)5-6-10(12)13/h5H,4,6-8H2,1-3H3
- InChI Key
- GXSVQZVTXJFCJO-UHFFFAOYSA-N
- Formula
- C12H18O
- SMILES
- CC1(C)CCCC2(C)C(=O)CC=C12
- Molecular Weight1
- 178.27
- CAS
- 60713-96-4
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- McVol : McGowan's characteristic volume (ml/mol).
- Pc : Critical Pressure (kPa).
- Inp : Non-polar retention indices.
- I : Polar retention indices.
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ΔfG° | 22.12 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -224.80 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 4.55 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 45.55 | kJ/mol | Joback Calculated Property |
| log10WS | -3.29 | Crippen Calculated Property | |
| logPoct/wat | 3.102 | Crippen Calculated Property | |
| McVol | 155.490 | ml/mol | McGowan Calculated Property |
| Pc | 2802.44 | kPa | Joback Calculated Property |
| Inp | 1448.00 | NIST | |
| I | 1951.00 | NIST | |
| Tboil | 572.69 | K | Joback Calculated Property |
| Tc | 817.44 | K | Joback Calculated Property |
| Tfus | 379.62 | K | Joback Calculated Property |
| Vc | 0.587 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [401.64; 504.97] | J/mol×K | [572.69; 817.44] | 
|
| Cp,gas | 401.64 | J/mol×K | 572.69 | Joback Calculated Property |
| Cp,gas | 421.05 | J/mol×K | 613.48 | Joback Calculated Property |
| Cp,gas | 439.21 | J/mol×K | 654.27 | Joback Calculated Property |
| Cp,gas | 456.39 | J/mol×K | 695.06 | Joback Calculated Property |
| Cp,gas | 472.89 | J/mol×K | 735.85 | Joback Calculated Property |
| Cp,gas | 488.99 | J/mol×K | 776.64 | Joback Calculated Property |
| Cp,gas | 504.97 | J/mol×K | 817.44 | Joback Calculated Property |
Similar Compounds
![3H-Cyclopenta[a]pentalen-3-one-1,2,3a,5,6,6a,7,7a-octahydro-3a,5,5-trimethyl-(3a.«alpha»,6a.«beta»,7a.«alpha»).](data:image/png;base64,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)
Find more compounds similar to 1H-Inden-1-one, 2,4,5,6,7,7a-hexahydro-4,4,7a-trimethyl-.
Sources
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