- InChI
- InChI=1S/C27H50O2Si2/c1-19(28-30(4,5)6)23-12-13-24-22-11-10-20-18-21(29-31(7,8)9)14-16-26(20,2)25(22)15-17-27(23,24)3/h10,19,21-25H,11-18H2,1-9H3/t19-,21-,22?,23+,24?,25?,26-,27+/m1/s1
- InChI Key
- PXQKWIROLXRMAD-CFEBSQMISA-N
- Formula
- C27H50O2Si2
- SMILES
-
CC(O[Si](C)(C)C)C1CCC2C3CC=C4C
C(O[Si](C)(C)C)CCC4(C)C3CCC12C - Molecular Weight1
- 462.86
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- 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 |
|---|---|---|---|
| ω | 0.5770 | Relay (... Calculated Property | |
| ΔfG° | 112.50 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -739.24 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 107.10 | kJ/mol | Relay (... Calculated Property |
| IE | 8.49 | eV | Relay (... Calculated Property |
| log10WS | -6.42 | Relay (... Calculated Property | |
| logPoct/wat | 8.026 | Crippen Calculated Property | |
| Pc | 109.44 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [2828.00; 2834.00] |
|
|
| Inp | 2834.00 | NIST | |
| Inp | 2831.00 | NIST | |
| Inp | 2831.00 | NIST | |
| Inp | 2828.00 | NIST | |
| Inp | 2834.00 | NIST | |
| Tboil | 667.91 | K | Relay (... Calculated Property |
| Tc | 916.10 | K | Relay (... Calculated Property |
| Tfus | 387.90 | K | Relay (... Calculated Property |
| Vc | 1.511 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![3,24-Bis[(trimethylsilyl)oxy]cholest-5-ene, (3«beta»,24R)-.](data:image/png;base64,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)
Find more compounds similar to 5-Pregnen-3-«beta»,20-«alpha»-diol, MeTMS.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) ⚠️ Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- NIST Webbook
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