- InChI
- InChI=1S/C32H64O5Si/c1-6-8-10-11-12-13-14-15-16-17-18-19-20-21-22-23-25-27-32(34)36-29-30(37-38(3,4)5)28-35-31(33)26-24-9-7-2/h30H,6-29H2,1-5H3
- InChI Key
- KCZMCDUNTUKWKE-UHFFFAOYSA-N
- Formula
- C32H64O5Si
- SMILES
-
CCCCCCCCCCCCCCCCCCCC(=O)OCC(CO
C(=O)CCCCC)O[Si](C)(C)C - Molecular Weight1
- 556.93
- 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.
- 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 | 1.4050 | Relay (1.0) Calculated Property | |
| ΔfG° | -368.11 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -1543.34 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 141.86 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.83 | eV | Relay (1.0) Calculated Property |
| log10WS | -8.12 | Relay (1.0) Calculated Property | |
| logPoct/wat | 9.915 | Crippen Calculated Property | |
| Inp | [3355.00; 3355.00] |
|
|
| Inp | 3355.00 | NIST | |
| Inp | 3355.00 | NIST | |
| Tboil | 697.55 | K | Relay (1.0) Calculated Property |
| Tc | 849.41 | K | Relay (1.0) Calculated Property |
| Tfus | 298.36 | K | Relay (1.0) Calculated Property |
| Vc | 1.958 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Hexadecanoic acid, 2,3-bis[(trimethylsilyl)oxy]propyl ester.](data:image/png;base64,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)
Find more compounds similar to Glycerol, 1-caproate-3-arachidate-, 2-OTMS-.
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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