- InChI
- InChI=1S/C14H29Cl3Si/c1-2-3-4-5-6-7-8-9-10-11-12-13-14-18(15,16)17/h2-14H2,1H3
- InChI Key
- LPMVYGAHBSNGHP-UHFFFAOYSA-N
- Formula
- C14H29Cl3Si
- SMILES
- CCCCCCCCCCCCCC[Si](Cl)(Cl)Cl
- Molecular Weight1
- 331.83
- Other Names
-
- Tetradecyltrichlorosilane
- Silane, trichlorotetradecyl-
- 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 | 0.7157 | Relay (1.0) Calculated Property | |
| ΔfG° | 64.96 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -515.00 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 82.55 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 10.41 | eV | Relay (1.0) Calculated Property |
| log10WS | -8.08 | Relay (1.0) Calculated Property | |
| logPoct/wat | 7.343 | Crippen Calculated Property | |
| Pc | 1063.20 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 573.46 | K | Relay (1.0) Calculated Property |
| Tc | 751.91 | K | Relay (1.0) Calculated Property |
| Tfus | 257.36 | K | Relay (1.0) Calculated Property |
| Vc | 1.023 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Silane, trichloro(2-tricyclo[3.3.1.1(3,7)]dec-1-ylethyl)-.](data:image/png;base64,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)
Find more compounds similar to n-Tetradecyltrichlorosilane.
Sources
- Cheméo Relay (1.0)
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- Crippen Method
- Crippen Method
- NIST Webbook
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