- InChI
- InChI=1S/C12H28O3Si2/c1-7-9-11-13-16(3,4)15-17(5,6)14-12-10-8-2/h7H,1,8-12H2,2-6H3
- InChI Key
- ZQQXRLHDAZGRDB-UHFFFAOYSA-N
- Formula
- C12H28O3Si2
- SMILES
-
C=CCCO[Si](C)(C)O[Si](C)(C)OCC
CC - Molecular Weight1
- 276.52
- 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 | 0.5669 | Relay (1.0) Calculated Property | |
| ΔfG° | -169.33 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -850.23 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 56.49 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.91 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.61 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.816 | Crippen Calculated Property | |
| Pc | 1340.14 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | [1250.00; 1250.00] |
|
|
| Inp | 1250.00 | NIST | |
| Inp | 1250.00 | NIST | |
| Tboil | 493.24 | K | Relay (1.0) Calculated Property |
| Tc | 629.16 | K | Relay (1.0) Calculated Property |
| Tfus | 179.33 | K | Relay (1.0) Calculated Property |
| Vc | 0.925 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1,3-bis[(4E)-Hex-4-en-1-yloxy]-1,1,3,3-tetramethyldisiloxane.](data:image/png;base64,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)
Find more compounds similar to Silane, dimethyl(dimethyl(but-3-enyloxy)silyloxy)butoxy-.
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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