- InChI
- InChI=1S/C12H20O3Si/c1-4-13-16(14-5-2,15-6-3)12-10-8-7-9-11-12/h7-11H,4-6H2,1-3H3
- InChI Key
- JCVQKRGIASEUKR-UHFFFAOYSA-N
- Formula
- C12H20O3Si
- SMILES
- CCO[Si](OCC)(OCC)c1ccccc1
- Molecular Weight1
- 240.37
- CAS
- 780-69-8
- Other Names
-
- Benzeneorthosiliconic acid, triethyl ester
- CP0320
- Phenyltriethoxysilane
- Silane, phenyltriethoxy-
- Triethoxyfenylsilan
- Triethoxyphenylsilane
- ω : Acentric Factor.
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- ΔvapH : Enthalpy of vaporization at a given temperature (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).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.5469 | Relay (1.0) Calculated Property | |
| ΔfH°gas | -578.83 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 58.30 ± 0.90 | kJ/mol | NIST |
| IE | 9.04 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.66 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.942 | Crippen Calculated Property | |
| Pc | 1927.75 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 491.89 | K | Relay (1.0) Calculated Property |
| Tc | 705.59 | K | Relay (1.0) Calculated Property |
| Tfus | 226.68 | K | Relay (1.0) Calculated Property |
Cheméo can also estimate Critical Volume, Standard Gibbs free energy of formation for this compound, but they fall outside the models' validated range, so they are not shown here. Open the prediction tool to compute them on demand.
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| ΔvapH | 61.80 | kJ/mol | 425.00 | NIST |
Similar Compounds
![2,8,9-Trioxa-5-aza-1-silabicyclo[3.3.3]undecane, 1-phenyl-.](data:image/png;base64,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)
Find more compounds similar to Silane, triethoxyphenyl-.
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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Take the time to validate and double check the source of the data.
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