- InChI
- InChI=1S/C20H34O/c1-6-18(4)12-8-16-19(5)11-7-10-17(2,3)15(19)9-13-20(16,21)14-18/h6,15-16,21H,1,7-14H2,2-5H3/t15?,16?,18-,19+,20+/m1/s1
- InChI Key
- IYDAPILQPCDHTO-BLXWGWSPSA-N
- Formula
- C20H34O
- SMILES
-
C=CC1(C)CCC2C(O)(CCC3C(C)(C)CC
CC32C)C1 - Molecular Weight1
- 290.48
- 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.
- 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° | 145.20 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -295.39 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 12.29 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 71.19 | kJ/mol | Joback Calculated Property |
| log10WS | -5.90 | Crippen Calculated Property | |
| logPoct/wat | 5.336 | Crippen Calculated Property | |
| McVol | 261.650 | ml/mol | McGowan Calculated Property |
| Pc | 1724.59 | kPa | Joback Calculated Property |
| Inp | 2103.00 | NIST | |
| Tboil | 774.38 | K | Joback Calculated Property |
| Tc | 1000.33 | K | Joback Calculated Property |
| Tfus | 493.32 | K | Joback Calculated Property |
| Vc | 0.976 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [865.79; 1039.02] | J/mol×K | [774.38; 1000.33] | 
|
| Cp,gas | 865.79 | J/mol×K | 774.38 | Joback Calculated Property |
| Cp,gas | 891.86 | J/mol×K | 812.04 | Joback Calculated Property |
| Cp,gas | 918.41 | J/mol×K | 849.70 | Joback Calculated Property |
| Cp,gas | 945.91 | J/mol×K | 887.36 | Joback Calculated Property |
| Cp,gas | 974.86 | J/mol×K | 925.01 | Joback Calculated Property |
| Cp,gas | 1005.73 | J/mol×K | 962.67 | Joback Calculated Property |
| Cp,gas | 1039.02 | J/mol×K | 1000.33 | Joback Calculated Property |
Similar Compounds
![1-Naphthalenepropanol, «alpha»-ethenyldecahydro-2-hydroxy-«alpha»,2,5,5,8a-pentamethyl-, [1R-[1«alpha»(R*),2«beta»,4a«beta»,8a«alpha»]]-.](data:image/png;base64,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)
Find more compounds similar to 8-«beta»-Hydroxyisopimarene.
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