![Estra-1,3,5(10)-trien-17-one, 2-methoxy-3-[(trimethylsilyl)oxy]-](/cid/65-325-9/Estra-1-3-5-10-trien-17-one-2-methoxy-3-trimethylsilyl-oxy.png "Estra-1,3,5(10)-trien-17-one, 2-methoxy-3-[(trimethylsilyl)oxy]-")
- InChI
- InChI=1S/C22H32O3Si/c1-22-11-10-15-16(18(22)8-9-21(22)23)7-6-14-12-20(25-26(3,4)5)19(24-2)13-17(14)15/h12-13,15-16,18H,6-11H2,1-5H3
- InChI Key
- PFSHHZVOBSTPMI-UHFFFAOYSA-N
- Formula
- C22H32O3Si
- SMILES
-
COc1cc2c(cc1O[Si](C)(C)C)CCC1C
2CCC2(C)C(=O)CCC12 - Molecular Weight1
- 372.57
- CAS
- 29825-40-9
- Other Names
-
- Mono(trimethylsilyl) derivative of 2-Methoxy-estrone
- 2-Methoxyestrone, 3-trimethylsilyl ether
- 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 | 0.6825 | Relay (... Calculated Property | |
| ΔfG° | -45.07 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -598.23 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 105.22 | kJ/mol | Relay (... Calculated Property |
| IE | 7.85 | eV | Relay (... Calculated Property |
| log10WS | -5.13 | Relay (... Calculated Property | |
| logPoct/wat | 5.334 | Crippen Calculated Property | |
| Pc | 683.57 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | 2815.40 | NIST | |
| Tboil | 682.82 | K | Relay (... Calculated Property |
| Tc | 943.68 | K | Relay (... Calculated Property |
| Tfus | 422.18 | K | Relay (... Calculated Property |
| Vc | 1.117 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, [[(17«beta»)-2-methoxyestra-1,3,5(10)-triene-3,17-diyl]bis(oxy)]bis[trimethyl-.](data:image/png;base64,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)
Find more compounds similar to Estra-1,3,5(10)-trien-17-one, 2-methoxy-3-[(trimethylsilyl)oxy]-.
Sources
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- Crippen Method
- Crippen Method
- NIST Webbook
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