- InChI
- InChI=1S/C24H44OSi/c1-7-17-9-11-21-20-10-8-18-16-19(25-26(4,5)6)12-14-24(18,3)22(20)13-15-23(17,21)2/h17-22H,7-16H2,1-6H3/t17-,18-,19+,20?,21?,22?,23+,24-/m1/s1
- InChI Key
- QMRHJLFVINTSBH-GZRUYKQOSA-N
- Formula
- C24H44OSi
- SMILES
-
CCC1CCC2C3CCC4CC(O[Si](C)(C)C)
CCC4(C)C3CCC12C - Molecular Weight1
- 376.69
- 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 | 0.5171 | Relay (... Calculated Property | |
| ΔfG° | 128.63 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -563.42 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 97.77 | kJ/mol | Relay (... Calculated Property |
| IE | 8.93 | eV | Relay (... Calculated Property |
| log10WS | -6.98 | Relay (... Calculated Property | |
| logPoct/wat | 7.275 | Crippen Calculated Property | |
| Pc | 559.05 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [2401.00; 2401.00] |
|
|
| Inp | 2401.00 | NIST | |
| Inp | 2401.00 | NIST | |
| Tboil | 653.91 | K | Relay (... Calculated Property |
| Tc | 901.96 | K | Relay (... Calculated Property |
| Tfus | 377.94 | K | Relay (... Calculated Property |
| Vc | 1.249 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, [[(3«beta»,5«beta»)-cholestan-3-yl]oxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to 5-«alpha»-Pregnan-3-«alpha»-ol, TMS.
Sources
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- NIST Webbook
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