- InChI
- InChI=1S/C16H32OSi/c1-14(2)10-9-11-15(3)12-13-17-18(7,8)16(4,5)6/h10,12H,9,11,13H2,1-8H3/b15-12-
- InChI Key
- YBZVVVHOGQSWSO-QINSGFPZSA-N
- Formula
- C16H32OSi
- SMILES
-
CC(C)=CCCC(C)=CCO[Si](C)(C)C(C
)(C)C - Molecular Weight1
- 268.51
- Other Names
-
- Nerol, 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 | 0.4730 | Relay (... Calculated Property | |
| ΔfG° | 87.19 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -440.15 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 62.11 | kJ/mol | Relay (... Calculated Property |
| IE | 8.27 | eV | Relay (... Calculated Property |
| log10WS | -4.54 | Relay (... Calculated Property | |
| logPoct/wat | 5.701 | Crippen Calculated Property | |
| Pc | 1469.45 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | 1542.00 | NIST | |
| Tboil | 535.04 | K | Relay (... Calculated Property |
| Tc | 710.71 | K | Relay (... Calculated Property |
| Tfus | 245.79 | K | Relay (... Calculated Property |
| Vc | 0.914 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, trimethyl[(3,7,11-trimethyl-2,6,10-dodecatrienyl)oxy]-.](data:image/png;base64,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)
Find more compounds similar to Nerol, 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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