- InChI
- InChI=1S/C8H12O/c1-8(2)5-3-7(9)4-6-8/h3,5H,4,6H2,1-2H3
- InChI Key
- HAUNPYVLVAIUOO-UHFFFAOYSA-N
- Formula
- C8H12O
- SMILES
- CC1(C)C=CC(=O)CC1
- Molecular Weight1
- 124.18
- CAS
- 1073-13-8
- Other Names
-
- 4,4-Dimethyl-2-cyclohexen-1-one
- 4,4-Dimethyl-2-cyclohexenone
- 4,4-Dimethylcyclohexenone
- 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).
- I : Polar retention indices.
- Tboil : Normal Boiling Point Temperature (K).
- Tboilr : Boiling point at reduced pressure (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 | 0.3114 | Relay (1.0) Calculated Property | |
| ΔfG° | -57.19 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -185.88 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 2.75 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 53.66 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.34 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.46 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.932 | Crippen Calculated Property | |
| McVol | 109.990 | ml/mol | McGowan Calculated Property |
| Pc | 3607.21 | kPa | Joback Calculated Property |
| I | 1651.00 | NIST | |
| Tboil | 456.99 | K | Relay (1.0) Calculated Property |
| Tc | 656.40 | K | Relay (1.0) Calculated Property |
| Tfus | 276.27 | K | Relay (1.0) Calculated Property |
| Vc | 0.378 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [231.71; 312.85] | J/mol×K | [469.21; 702.04] | 
|
| Cp,gas | 231.71 | J/mol×K | 469.21 | Joback Calculated Property |
| Cp,gas | 247.44 | J/mol×K | 508.02 | Joback Calculated Property |
| Cp,gas | 262.16 | J/mol×K | 546.82 | Joback Calculated Property |
| Cp,gas | 275.96 | J/mol×K | 585.63 | Joback Calculated Property |
| Cp,gas | 288.94 | J/mol×K | 624.43 | Joback Calculated Property |
| Cp,gas | 301.21 | J/mol×K | 663.24 | Joback Calculated Property |
| Cp,gas | 312.85 | J/mol×K | 702.04 | Joback Calculated Property |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 346.00 | K | 2.70 | NIST |
Similar Compounds
![Spiro[4.5]dec-6-ene-8-one.](data:image/png;base64,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)
![Spiro[5.5]undeca-1,8-dien-3-one.](data:image/png;base64,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)
Find more compounds similar to 2-Cyclohexen-1-one, 4,4-dimethyl-.
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