- InChI
- InChI=1S/C12H19NO2Si/c1-16(2,3)15-12(14)11(13)9-10-7-5-4-6-8-10/h4-8,11H,9,13H2,1-3H3
- InChI Key
- NBXFAHHUVWSAFQ-UHFFFAOYSA-N
- Formula
- C12H19NO2Si
- SMILES
- C[Si](C)(C)OC(=O)C(N)Cc1ccccc1
- Molecular Weight1
- 237.37
- CAS
- 2899-42-5
- Other Names
-
- DL-Phenylalanine, trimethylsilyl ester
- Dl-phenylalanine, tms derivative
- 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 | 0.5719 | Relay (... Calculated Property | |
| ΔfG° | -56.20 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -456.81 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 76.56 | kJ/mol | Relay (... Calculated Property |
| IE | 8.56 | eV | Relay (... Calculated Property |
| log10WS | -2.20 | Relay (... Calculated Property | |
| logPoct/wat | 1.935 | Crippen Calculated Property | |
| Pc | 1843.89 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [1554.40; 1563.00] |
|
|
| Inp | 1559.00 | NIST | |
| Inp | 1554.40 | NIST | |
| Inp | 1563.00 | NIST | |
| Inp | 1563.00 | NIST | |
| Inp | 1559.00 | NIST | |
| Inp | 1554.40 | NIST | |
| Tboil | 548.78 | K | Relay (... Calculated Property |
| Tc | 746.25 | K | Relay (... Calculated Property |
| Tfus | 343.31 | K | Relay (... Calculated Property |
| Vc | 0.723 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Trimethylsilyl 2-amino-3-(3-chloro-4-[(trimethylsilyl)oxy]phenyl)propanoate.](data:image/png;base64,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)
Find more compounds similar to Alanine, phenyl-, trimethylsilyl ester, dl-.
Sources
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- Crippen Method
- Crippen Method
- NIST Webbook
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