- InChI
- InChI=1S/C23H34O5Si2/c1-25-18-11-9-17(10-12-18)21(24)14-13-20-22(27-29(3,4)5)15-19(26-2)16-23(20)28-30(6,7)8/h9-12,15-16H,13-14H2,1-8H3
- InChI Key
- JBMPOUVGHMJLIV-UHFFFAOYSA-N
- Formula
- C23H34O5Si2
- SMILES
-
COc1ccc(C(=O)CCc2c(O[Si](C)(C)
C)cc(OC)cc2O[Si](C)(C)C)cc1 - Molecular Weight1
- 446.68
- Other Names
-
- Dihydrochalcone, 2',6'-dihydroxy-4,4'-dimethoxy, bis-TMS
- 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 | 0.9816 | Relay (... Calculated Property | |
| ΔfG° | -250.05 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -921.67 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 107.73 | kJ/mol | Relay (... Calculated Property |
| IE | 8.01 | eV | Relay (... Calculated Property |
| log10WS | -5.47 | Relay (... Calculated Property | |
| logPoct/wat | 5.947 | Crippen Calculated Property | |
| Pc | 342.62 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [2604.00; 2610.00] |
|
|
| Inp | 2604.00 | NIST | |
| Inp | 2610.00 | NIST | |
| Tboil | 694.86 | K | Relay (... Calculated Property |
| Tc | 924.79 | K | Relay (... Calculated Property |
| Tfus | 394.83 | K | Relay (... Calculated Property |
| Vc | 1.365 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![1,2-Diacetoxy-3-[2-(3-phenylpropionyl)phenoxy]propane.](data:image/png;base64,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)
Find more compounds similar to Dohydrochalcone, 2',6'-dihydroxy-4,4'-dimethoxy, 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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