- InChI
- InChI=1S/C32H54O2/c1-21(20-27(33)34-8)22-12-17-29(4)23(22)13-18-31(6)25(29)10-11-26-30(5)16-9-15-28(2,3)24(30)14-19-32(26,31)7/h21-26H,9-20H2,1-8H3/t21?,22-,23+,24?,25?,26?,29+,30+,31-,32-/m0/s1
- InChI Key
- BTHZNHKNYAGYBB-OVNILPMUSA-N
- Formula
- C32H54O2
- SMILES
-
COC(=O)CC(C)C1CCC2(C)C1CCC1(C)
C2CCC2C3(C)CCCC(C)(C)C3CCC21C - Molecular Weight1
- 470.77
- 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° | 147.35 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -652.35 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 29.84 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 88.89 | kJ/mol | Joback Calculated Property |
| log10WS | -8.90 | Crippen Calculated Property | |
| logPoct/wat | 8.677 | Crippen Calculated Property | |
| McVol | 414.880 | ml/mol | McGowan Calculated Property |
| Pc | 877.39 | kPa | Joback Calculated Property |
| Inp | 3714.00 | NIST | |
| Tboil | 1044.58 | K | Joback Calculated Property |
| Tc | 1290.99 | K | Joback Calculated Property |
| Tfus | 674.44 | K | Joback Calculated Property |
| Vc | 1.567 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [1717.88; 2178.41] | J/mol×K | [1044.58; 1290.99] | 
|
| Cp,gas | 1717.88 | J/mol×K | 1044.58 | Joback Calculated Property |
| Cp,gas | 1778.23 | J/mol×K | 1085.65 | Joback Calculated Property |
| Cp,gas | 1844.05 | J/mol×K | 1126.72 | Joback Calculated Property |
| Cp,gas | 1916.16 | J/mol×K | 1167.78 | Joback Calculated Property |
| Cp,gas | 1995.38 | J/mol×K | 1208.85 | Joback Calculated Property |
| Cp,gas | 2082.52 | J/mol×K | 1249.92 | Joback Calculated Property |
| Cp,gas | 2178.41 | J/mol×K | 1290.99 | Joback Calculated Property |
Similar Compounds
![exo-Bicyclo[2.2.1]heptan-2-carboxylic acid, 7,7-dimethyl, methyl ester.](data:image/png;base64,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)
Find more compounds similar to 17«beta»(H),21«beta»(H)-Homohopanoic acid methyl ester.
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