- InChI
- InChI=1S/C4H13NSi/c1-6(2,3)4-5/h4-5H2,1-3H3
- InChI Key
- YVWPNDBYAAEZBF-UHFFFAOYSA-N
- Formula
- C4H13NSi
- SMILES
- C[Si](C)(C)CN
- Molecular Weight1
- 103.24
- CAS
- 18166-02-4
- Other Names
-
- 1-(trimethylsilyl)methylamine
- Trimethylsilylmethylamine
- 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).
- 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 | 0.3166 | Relay (1.0) Calculated Property | |
| ΔfG° | 53.47 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -231.31 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 38.37 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.07 | eV | NIST |
| log10WS | -0.58 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.823 | Crippen Calculated Property | |
| Pc | 3089.81 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 372.08 | K | Relay (1.0) Calculated Property |
| Tc | 528.28 | K | Relay (1.0) Calculated Property |
| Tfus | 241.27 | K | Relay (1.0) Calculated Property |
| Vc | 0.362 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Ethanamine, N-ethyl-N-[(trimethylsilyl)methyl]-.](data:image/png;base64,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)
Find more compounds similar to Methylamine, 1-(trimethylsilyl)-.
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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