- InChI
- InChI=1S/C26H52O2Si/c1-21(2)14-11-15-22(3)16-12-17-23(4)18-13-19-24(5)20-25(27)28-29(9,10)26(6,7)8/h20-23H,11-19H2,1-10H3/b24-20+/t22-,23-/m0/s1
- InChI Key
- OYBWOZDHGGAVPJ-CNCACEPUSA-N
- Formula
- C26H52O2Si
- SMILES
-
CC(=CC(=O)O[Si](C)(C)C(C)(C)C)
CCCC(C)CCCC(C)CCCC(C)C - Molecular Weight1
- 424.78
- 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 | 0.9094 | Relay (... Calculated Property | |
| ΔfG° | -68.84 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -967.37 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 100.59 | kJ/mol | Relay (... Calculated Property |
| IE | 9.19 | eV | Relay (... Calculated Property |
| log10WS | -8.04 | Relay (... Calculated Property | |
| logPoct/wat | 8.920 | Crippen Calculated Property | |
| Pc | 686.35 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | 2437.00 | NIST | |
| Tboil | 617.63 | K | Relay (... Calculated Property |
| Tc | 818.49 | K | Relay (... Calculated Property |
| Tfus | 274.25 | K | Relay (... Calculated Property |
| Vc | 1.488 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, [(3,7,11,15-tetramethyl-2-hexadecenyl)oxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to Phytanic acid, TBDMS.
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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