- InChI
- InChI=1S/C26H42N2O4Si/c1-25-13-12-18(27-30-3)14-17(25)8-9-19-20-10-11-21(26(20,2)15-23(29)24(19)25)22(28-31-4)16-32-33(5,6)7/h14,19-21,24H,8-13,15-16H2,1-7H3/t19?,20?,21-,24?,25+,26+/m0/s1
- InChI Key
- XVEOLMCMZXYMLB-ZBLCBYOGSA-N
- Formula
- C26H42N2O4Si
- SMILES
-
CON=C1C=C2CCC3C(C(=O)CC4(C)C(C
(CO[Si](C)(C)C)=NOC)CCC34)C2(C )CC1 - Molecular Weight1
- 474.71
- 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 | 0.7911 | Relay (... Calculated Property | |
| ΔfG° | 147.58 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -593.37 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 117.09 | kJ/mol | Relay (... Calculated Property |
| IE | 8.08 | eV | Relay (... Calculated Property |
| log10WS | -4.36 | Relay (... Calculated Property | |
| logPoct/wat | 5.601 | Crippen Calculated Property | |
| Pc | 244.12 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | 3196.00 | NIST | |
| Tboil | 700.91 | K | Relay (... Calculated Property |
| Tc | 975.95 | K | Relay (... Calculated Property |
| Tfus | 418.29 | K | Relay (... Calculated Property |
| Vc | 1.367 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
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(11«beta»)-.](data:image/png;base64,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)
Find more compounds similar to 11-Dehydrocorticosterone, MO-TMS.
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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