- InChI
- InChI=1S/C33H58OSi/c1-22(2)23(3)11-12-24(4)25-13-14-26-27-15-16-28-30(5,6)29(34-35(8,9)10)17-18-33(28)21-32(27,33)20-19-31(25,26)7/h22,24-29H,3,11-21H2,1-2,4-10H3/t24?,25-,26+,27+,28+,29+,31-,32+,33-/m0/s1
- InChI Key
- MWEDKRSYMICGCH-UIQAMWPNSA-N
- Formula
- C33H58OSi
- SMILES
-
C=C(CCC(C)C1CCC2C3CCC4C(C)(C)C
(O[Si](C)(C)C)CCC45CC35CCC12C) C(C)C - Molecular Weight1
- 498.90
- 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 | 0.6392 | Relay (1.0) Calculated Property | |
| ΔfG° | 249.39 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -512.15 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 122.49 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.47 | eV | Relay (1.0) Calculated Property |
| log10WS | -8.55 | Relay (1.0) Calculated Property | |
| logPoct/wat | 9.884 | Crippen Calculated Property | |
| Pc | -142.31 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | [3472.00; 3472.00] |
|
|
| Inp | 3472.00 | NIST | |
| Inp | 3472.00 | NIST | |
| Tboil | 711.42 | K | Relay (1.0) Calculated Property |
| Tc | 983.92 | K | Relay (1.0) Calculated Property |
| Tfus | 409.90 | K | Relay (1.0) Calculated Property |
| Vc | 1.655 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Silane, [[(3«beta»)-lanosta-8,24-dien-3-yl]oxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to 24-Methylenecycloartanol, TMS.
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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