- InChI
- InChI=1S/C22H47NO3Si2/c1-12-13-14-15-16-17-19(25-27(8,9)21(2,3)4)23-18-20(24)26-28(10,11)22(5,6)7/h12-18H2,1-11H3/b23-19-
- InChI Key
- IAAADWMWODDUTJ-NMWGTECJSA-N
- Formula
- C22H47NO3Si2
- SMILES
-
CCCCCCCC(=NCC(=O)O[Si](C)(C)C(
C)(C)C)O[Si](C)(C)C(C)(C)C - Molecular Weight1
- 429.78
- 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 | 0.8891 | Relay (1.0) Calculated Property | |
| ΔfG° | -129.56 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -1036.34 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 81.53 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.72 | eV | Relay (1.0) Calculated Property |
| log10WS | -5.41 | Relay (1.0) Calculated Property | |
| logPoct/wat | 7.316 | Crippen Calculated Property | |
| Pc | 976.28 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 2076.00 | NIST | |
| Tboil | 599.94 | K | Relay (1.0) Calculated Property |
| Tc | 812.17 | K | Relay (1.0) Calculated Property |
| Tfus | 315.17 | K | Relay (1.0) Calculated Property |
| Vc | 1.477 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
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ester.](data:image/png;base64,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)
Find more compounds similar to Octanoylglycine 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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