- InChI
- InChI=1S/C5H12SSi/c1-7(2,3)5-4-6-5/h5H,4H2,1-3H3
- InChI Key
- KNMJTOGLWMTLIV-UHFFFAOYSA-N
- Formula
- C5H12SSi
- SMILES
- C[Si](C)(C)C1CS1
- Molecular Weight1
- 132.30
- CAS
- 114693-68-4
- 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 | 0.2319 | Relay (1.0) Calculated Property | |
| ΔfG° | 26.54 | kJ/mol | Relay (1.0-beta) Calculated Property ⚠️ |
| ΔfH°gas | -96.50 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 43.92 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.44 ± 0.05 | eV | NIST |
| log10WS | -2.12 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.979 | Crippen Calculated Property | |
| Pc | 2912.33 | kPa | Relay (1.0-beta) Calculated Property ⚠️ |
| Tboil | 419.58 | K | Relay (1.0) Calculated Property |
| Tc | 607.55 | K | Relay (1.0) Calculated Property |
| Tfus | 233.69 | K | Relay (1.0) Calculated Property |
| Vc | 0.400 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Silane, [thiobis(methylene)]bis[thiomethyl-.](data:image/png;base64,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)
Find more compounds similar to Thiirane, 2-(trimethylsilyl)-.
Sources
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- Crippen Method
- Crippen Method
- NIST Webbook
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