- InChI
- InChI=1S/C15H32O3Si/c1-14(18-19(3,4)5)12-10-8-6-7-9-11-13-15(16)17-2/h14H,6-13H2,1-5H3
- InChI Key
- XIALDLUWQYSJQM-UHFFFAOYSA-N
- Formula
- C15H32O3Si
- SMILES
-
COC(=O)CCCCCCCCC(C)O[Si](C)(C)
C - Molecular Weight1
- 288.50
- 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 | 0.7474 | Relay (1.0) Calculated Property | |
| ΔfG° | -266.97 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -902.87 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 77.87 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.60 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.29 | Relay (1.0) Calculated Property | |
| logPoct/wat | 4.520 | Crippen Calculated Property | |
| Pc | 1098.10 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 1689.00 | NIST | |
| Tboil | 546.61 | K | Relay (1.0) Calculated Property |
| Tc | 699.74 | K | Relay (1.0) Calculated Property |
| Tfus | 258.18 | K | Relay (1.0) Calculated Property |
| Vc | 0.994 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Hexadecanoic acid, 10,16-bis[(trimethylsilyl)oxy]-, methyl ester.](data:image/png;base64,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)
Find more compounds similar to Methyl 10-hydroxyundecanoate, 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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