- InChI
- InChI=1S/C24H42O6/c1-13(2)16(25)28-19-22(7,8)20(29-17(26)14(3)4)24(11,12)21(23(19,9)10)30-18(27)15(5)6/h13-15,19-21H,1-12H3
- InChI Key
- UQSQGZQFVQERPO-UHFFFAOYSA-N
- Formula
- C24H42O6
- SMILES
-
CC(C)C(=O)OC1C(C)(C)C(OC(=O)C(
C)C)C(C)(C)C(OC(=O)C(C)C)C1(C) C - Molecular Weight1
- 426.59
- CAS
- 101611-75-0
- 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).
- 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° | -588.45 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -1290.59 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 34.00 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 90.75 | kJ/mol | Joback Calculated Property |
| log10WS | -5.24 | Crippen Calculated Property | |
| logPoct/wat | 4.782 | Crippen Calculated Property | |
| McVol | 360.480 | ml/mol | McGowan Calculated Property |
| Pc | 985.78 | kPa | Joback Calculated Property |
| Tboil | 972.99 | K | Joback Calculated Property |
| Tc | 1194.94 | K | Joback Calculated Property |
| Tfus | 589.60 | K | Joback Calculated Property |
| Vc | 1.355 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [1300.12; 1496.26] | J/mol×K | [972.99; 1194.94] | 
|
| Cp,gas | 1300.12 | J/mol×K | 972.99 | Joback Calculated Property |
| Cp,gas | 1330.22 | J/mol×K | 1009.98 | Joback Calculated Property |
| Cp,gas | 1361.02 | J/mol×K | 1046.97 | Joback Calculated Property |
| Cp,gas | 1392.76 | J/mol×K | 1083.97 | Joback Calculated Property |
| Cp,gas | 1425.71 | J/mol×K | 1120.96 | Joback Calculated Property |
| Cp,gas | 1460.12 | J/mol×K | 1157.95 | Joback Calculated Property |
| Cp,gas | 1496.26 | J/mol×K | 1194.94 | Joback Calculated Property |
Similar Compounds
![exo-1,7,7-trimethylbicyclo[2.2.1]hept-2-yl isobutyrate.](data:image/png;base64,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)
Find more compounds similar to 1,3,5-Cyclohexanetriol, 2,2,4,4,6,6-hexamethyl-, triisobutyrate.
Sources
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