- InChI
- InChI=1S/C14H30OSi/c1-8-10-11-12-13(9-2)15-16(6,7)14(3,4)5/h9,13H,2,8,10-12H2,1,3-7H3
- InChI Key
- QZKXSJVWDCNSNN-UHFFFAOYSA-N
- Formula
- C14H30OSi
- SMILES
- C=CC(CCCCC)O[Si](C)(C)C(C)(C)C
- Molecular Weight1
- 242.47
- Other Names
-
- 1-Octen-3-ol, tbdms derivative
- 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 | 0.4878 | Relay (1.0) Calculated Property | |
| ΔfG° | 30.81 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -459.90 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 54.47 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.06 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.57 | Relay (1.0) Calculated Property | |
| logPoct/wat | 5.143 | Crippen Calculated Property | |
| Pc | 1646.88 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 1289.20 | NIST | |
| Tboil | 506.23 | K | Relay (1.0) Calculated Property |
| Tc | 667.86 | K | Relay (1.0) Calculated Property |
| Tfus | 218.25 | K | Relay (1.0) Calculated Property |
| Vc | 0.840 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
silane.](data:image/png;base64,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)
Find more compounds similar to 1-Octen-3-ol, tert-butyldimethylsilyl ether.
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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