- InChI
- InChI=1S/C5H12Cl2OSi/c1-9(2,3)8-4-5(6)7/h5H,4H2,1-3H3
- InChI Key
- AHJHQMUJWPXXIO-UHFFFAOYSA-N
- Formula
- C5H12Cl2OSi
- SMILES
- C[Si](C)(C)OCC(Cl)Cl
- Molecular Weight1
- 187.14
- CAS
- 51209-79-1
- 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).
- Inp : Non-polar retention indices.
- 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 | 0.3587 | Relay (... Calculated Property | |
| ΔfG° | -156.08 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -434.06 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 46.61 | kJ/mol | Relay (... Calculated Property |
| IE | 10.34 | eV | Relay (... Calculated Property |
| log10WS | -1.10 | Relay (... Calculated Property | |
| logPoct/wat | 2.642 | Crippen Calculated Property | |
| Pc | 2595.24 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [950.20; 950.20] |
|
|
| Inp | 950.20 | NIST | |
| Inp | 950.20 | NIST | |
| Tboil | 435.26 | K | Relay (... Calculated Property |
| Tc | 599.00 | K | Relay (... Calculated Property |
| Tfus | 231.31 | K | Relay (... Calculated Property |
| Vc | 0.490 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Ethanol, 2-[(trimethylsilyl)oxy]-.](data:image/png;base64,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)
Find more compounds similar to 2,2-Dichloroethanol, trimethylsilyl ether.
Sources
- Cheméo Relay (1.0)
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- Crippen Method
- Crippen Method
- NIST Webbook
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