- InChI
- InChI=1S/C20H22O/c1-19(2)14-9-15-20(18(19)21,16-10-5-3-6-11-16)17-12-7-4-8-13-17/h3-8,10-13H,9,14-15H2,1-2H3
- InChI Key
- LKGJEIWVWSCBGA-UHFFFAOYSA-N
- Formula
- C20H22O
- SMILES
-
CC1(C)CCCC(c2ccccc2)(c2ccccc2)
C1=O - Molecular Weight1
- 278.39
- CAS
- 50592-53-5
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion 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.
- McVol : McGowan's characteristic volume (ml/mol).
- 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 | 0.4343 | Relay (1.0) Calculated Property | |
| ΔfG° | 225.51 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 10.24 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 15.46 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 81.67 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.99 | eV | Relay (1.0) Calculated Property |
| log10WS | -5.19 | Relay (1.0) Calculated Property | |
| logPoct/wat | 4.752 | Crippen Calculated Property | |
| McVol | 235.850 | ml/mol | McGowan Calculated Property |
| Pc | 2106.13 | kPa | Joback Calculated Property |
| Tboil | 634.78 | K | Relay (1.0) Calculated Property |
| Tc | 894.40 | K | Relay (1.0) Calculated Property |
| Tfus | 428.00 | K | Relay (1.0) Calculated Property |
| Vc | 0.817 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [713.02; 859.96] | J/mol×K | [793.54; 1072.16] | 
|
| Cp,gas | 713.02 | J/mol×K | 793.54 | Joback Calculated Property |
| Cp,gas | 737.14 | J/mol×K | 839.98 | Joback Calculated Property |
| Cp,gas | 760.81 | J/mol×K | 886.41 | Joback Calculated Property |
| Cp,gas | 784.48 | J/mol×K | 932.85 | Joback Calculated Property |
| Cp,gas | 808.60 | J/mol×K | 979.29 | Joback Calculated Property |
| Cp,gas | 833.61 | J/mol×K | 1025.72 | Joback Calculated Property |
| Cp,gas | 859.96 | J/mol×K | 1072.16 | Joback Calculated Property |
Similar Compounds
![Cyclohexanone, 6-[(butylthio)methylene]-2,2-diphenyl-.](data:image/png;base64,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)
Find more compounds similar to Cyclohexanone, 2,2-dimethyl-6,6-diphenyl-.
Sources
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