- InChI
- InChI=1S/C11H17ClOSi/c1-9(2)14(3,4)13-11-7-5-10(12)6-8-11/h5-9H,1-4H3
- InChI Key
- UTRMOMCNKCHQQV-UHFFFAOYSA-N
- Formula
- C11H17ClOSi
- SMILES
- CC(C)[Si](C)(C)Oc1ccc(Cl)cc1
- Molecular Weight1
- 228.79
- 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 | 0.4460 | Relay (1.0) Calculated Property | |
| ΔfG° | 0.40 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -310.39 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 59.64 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.33 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.74 | Relay (1.0) Calculated Property | |
| logPoct/wat | 4.334 | Crippen Calculated Property | |
| Pc | 2296.30 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 1404.00 | NIST | |
| Tboil | 530.09 | K | Relay (1.0) Calculated Property |
| Tc | 718.09 | K | Relay (1.0) Calculated Property |
| Tfus | 282.17 | K | Relay (1.0) Calculated Property |
| Vc | 0.652 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1-Chloro-2-[dimethyl-(isopropyl)silyloxy]benzene.](data:image/png;base64,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)
Find more compounds similar to 4-Chloro-1-dimethylisopropylsilyloxybenzene.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- NIST Webbook
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