- InChI
- InChI=1S/C33H58O2Si2/c1-15-16-17-18-26-22-29(34-36(11,12)32(5,6)7)31(28-21-25(4)19-20-27(28)24(2)3)30(23-26)35-37(13,14)33(8,9)10/h21-23,27-28H,2,15-20H2,1,3-14H3/t27-,28?/m1/s1
- InChI Key
- SVLCMZXBZOFSQX-QXPUDEPPSA-N
- Formula
- C33H58O2Si2
- SMILES
-
C=C(C)C1CCC(C)=CC1c1c(O[Si](C)
(C)C(C)(C)C)cc(CCCCC)cc1O[Si]( C)(C)C(C)(C)C - Molecular Weight1
- 542.98
- 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 | 0.8738 | Relay (1.0) Calculated Property | |
| ΔfG° | 175.75 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -725.91 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 100.60 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.60 | eV | Relay (1.0) Calculated Property |
| log10WS | -8.29 | Relay (1.0) Calculated Property | |
| logPoct/wat | 11.203 | Crippen Calculated Property | |
| Pc | 51.82 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 2670.00 | NIST | |
| Tboil | 713.64 | K | Relay (1.0) Calculated Property |
| Tc | 935.77 | K | Relay (1.0) Calculated Property |
| Tfus | 358.46 | K | Relay (1.0) Calculated Property |
| Vc | 1.794 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![6H-Dibenzo[b,d]pyran, 6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-1-[(trimethylsilyl)oxy]-, (6aR-trans)-.](data:image/png;base64,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)
Find more compounds similar to Cannabidiol, TBDMS.
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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