- InChI
- InChI=1S/C15H36Si3/c1-14(17(5,6)7)13-15(18(8,9)10)11-12-16(2,3)4/h15H,1,11-13H2,2-10H3
- InChI Key
- PLHFHQKKOKLMGA-UHFFFAOYSA-N
- Formula
- C15H36Si3
- SMILES
-
C=C(CC(CC[Si](C)(C)C)[Si](C)(C
)C)[Si](C)(C)C - Molecular Weight1
- 300.70
- 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).
- 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 | 0.4426 | Relay (... Calculated Property | |
| ΔfG° | 161.99 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -488.12 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 55.84 | kJ/mol | Relay (... Calculated Property |
| IE | 8.77 | eV | Relay (... Calculated Property |
| log10WS | -5.97 | Relay (... Calculated Property | |
| logPoct/wat | 6.247 | Crippen Calculated Property | |
| Pc | 899.47 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 532.49 | K | Relay (... Calculated Property |
| Tc | 701.00 | K | Relay (... Calculated Property |
| Tfus | 293.24 | K | Relay (... Calculated Property |
| Vc | 1.082 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![1-Hexene, 2,4,6-[phenyl-bis-trimethylsilyl] (isomer # 2).](data:image/png;base64,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)
Find more compounds similar to 1-Hexene, 2,4,6-tris-trimethylsilyl.
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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