- InChI
- InChI=1S/C11H18O2/c1-10(2)5-4-6-11(3)8(10)7-9(12)13-11/h8H,4-7H2,1-3H3
- InChI Key
- IGSYVKHPYSDDQD-UHFFFAOYSA-N
- Formula
- C11H18O2
- SMILES
- CC1(C)CCCC2(C)OC(=O)CC12
- Molecular Weight1
- 182.26
- CAS
- 16778-27-1
- Other Names
-
- Tetrahydroactinidiolide
- Hexahydro-4,4,7a-trimethyl-2-benzofuranone
- 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).
- 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° | -100.46 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -402.81 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 10.18 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 46.57 | kJ/mol | Joback Calculated Property |
| log10WS | -2.71 | Crippen Calculated Property | |
| logPoct/wat | 2.518 | Crippen Calculated Property | |
| McVol | 151.570 | ml/mol | McGowan Calculated Property |
| Pc | 2902.98 | kPa | Joback Calculated Property |
| I | 2305.00 | NIST | |
| Tboil | 567.95 | K | Joback Calculated Property |
| Tc | 811.06 | K | Joback Calculated Property |
| Tfus | 377.40 | K | Joback Calculated Property |
| Vc | 0.565 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [405.29; 511.17] | J/mol×K | [567.95; 811.06] | 
|
| Cp,gas | 405.29 | J/mol×K | 567.95 | Joback Calculated Property |
| Cp,gas | 425.29 | J/mol×K | 608.47 | Joback Calculated Property |
| Cp,gas | 443.99 | J/mol×K | 648.99 | Joback Calculated Property |
| Cp,gas | 461.66 | J/mol×K | 689.51 | Joback Calculated Property |
| Cp,gas | 478.57 | J/mol×K | 730.03 | Joback Calculated Property |
| Cp,gas | 494.98 | J/mol×K | 770.55 | Joback Calculated Property |
| Cp,gas | 511.17 | J/mol×K | 811.06 | Joback Calculated Property |
Similar Compounds
![1H-3a,7-Methanoazulen-6-ol, octahydro-3,6,8,8-tetramethyl-, acetate, [3R-(3«alpha»,3a«beta»,6«alpha»,7«beta»,8a«alpha»)]-.](data:image/png;base64,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)
Find more compounds similar to 2(3H)-Benzofuranone, hexahydro-4,4,7a-trimethyl-.
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