![Silane, [(3«beta»)-cholesta-5,7-dien-3-yloxy]trimethyl-](/cid/14-864-7/Silane-3-beta-cholesta-5-7-dien-3-yloxy-trimethyl.png "Silane, [(3«beta»)-cholesta-5,7-dien-3-yloxy]trimethyl-")
- InChI
- InChI=1S/C30H52OSi/c1-21(2)10-9-11-22(3)26-14-15-27-25-13-12-23-20-24(31-32(6,7)8)16-18-29(23,4)28(25)17-19-30(26,27)5/h12-13,21-22,24,26-28H,9-11,14-20H2,1-8H3/t22?,24-,26?,27?,28?,29?,30?/m1/s1
- InChI Key
- MMOYFYVZAFLUGC-QEBKCPIMSA-N
- Formula
- C30H52OSi
- SMILES
-
CC(C)CCCC(C)C1CCC2C3=CC=C4CC(O
[Si](C)(C)C)CCC4(C)C3CCC21C - Molecular Weight1
- 456.82
- CAS
- 2625-44-7
- Other Names
-
- Silane, (cholesta-5,7-dien-3«beta»-yloxy)trimethyl-
- 5,7-Cholestadien-3«beta»-ol, TMS
- 4-Cholesten-3-one, TMS
- 5,7-Cholestadien-3B-ol, TMS
- 7-Dehydrocholesterin, tms derivative
- 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 | 0.6393 | Relay (1.0) Calculated Property | |
| ΔfG° | 235.33 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -562.12 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 116.86 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.26 | eV | Relay (1.0) Calculated Property |
| log10WS | -7.90 | Relay (1.0) Calculated Property | |
| logPoct/wat | 9.168 | Crippen Calculated Property | |
| Pc | 162.48 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 3202.00 | NIST | |
| Tboil | 682.32 | K | Relay (1.0) Calculated Property |
| Tc | 934.64 | K | Relay (1.0) Calculated Property |
| Tfus | 367.64 | K | Relay (1.0) Calculated Property |
| Vc | 1.506 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Silane, trimethyl[[(3«beta»)-pregn-5-en-3-yl]oxy]-.](data:image/png;base64,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)
![Silane, [(3«beta»)-cholesta-5,24-dien-3-yloxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to Silane, [(3«beta»)-cholesta-5,7-dien-3-yloxy]trimethyl-.
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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