- InChI
- InChI=1S/C8H20SSi2/c1-10(2,3)7-8(9-7)11(4,5)6/h7-8H,1-6H3
- InChI Key
- SEYGWXIPNFSGOI-UHFFFAOYSA-N
- Formula
- C8H20SSi2
- SMILES
- C[Si](C)(C)C1SC1[Si](C)(C)C
- Molecular Weight1
- 204.48
- CAS
- 114693-66-2
- 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 | 0.3081 | Relay (... Calculated Property | |
| ΔfG° | 42.05 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -244.15 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 48.62 | kJ/mol | Relay (... Calculated Property |
| IE | [8.10; 8.19] | eV |
|
| IE | 8.10 | eV | NIST |
| IE | 8.19 ± 0.05 | eV | NIST |
| log10WS | -4.11 | Relay (... Calculated Property | |
| logPoct/wat | 3.225 | Crippen Calculated Property | |
| Pc | 1891.88 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 476.88 | K | Relay (... Calculated Property |
| Tc | 675.00 | K | Relay (... Calculated Property |
| Tfus | 294.35 | K | Relay (... Calculated Property |
| Vc | 0.653 | m3/kmol | Relay (... Calculated Property |
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)
Find more compounds similar to Thiirane, 2,3-di(trimethylsilyl)-.
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