- InChI
- InChI=1S/C3H12Si2/c1-4-5(2)3/h5H,4H2,1-3H3
- InChI Key
- JDTCYQUMKGXSMX-UHFFFAOYSA-N
- Formula
- C3H12Si2
- SMILES
- C[SiH2][SiH](C)C
- Molecular Weight1
- 104.30
- CAS
- 814-74-4
- Other Names
-
- Disilane, 1,1,2-trimethyl-
- 1,1,2-Trimethyldisilane
- 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 | 0.2415 | Relay (... Calculated Property | |
| ΔfG° | -32.05 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -310.26 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 29.99 | kJ/mol | Relay (... Calculated Property |
| IE | 9.46 | eV | Relay (... Calculated Property |
| log10WS | -1.50 | Relay (... Calculated Property | |
| logPoct/wat | 0.187 | Crippen Calculated Property | |
| Pc | 3049.88 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 316.20 | K | Relay (... Calculated Property |
| Tc | 470.35 | K | Relay (... Calculated Property |
| Tfus | 129.62 | K | Relay (... Calculated Property |
| Vc | 0.344 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![1,4-phenylenebis[dimethylsilane].](data:image/png;base64,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)
Find more compounds similar to CH3SiH2SiH(CH3)2.
Sources
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- Crippen Method
- NIST Webbook
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