- InChI
- InChI=1S/C11H12O/c1-3-9(2)11(12)10-7-5-4-6-8-10/h4-8H,2-3H2,1H3
- InChI Key
- MUPSPIPPEPGJEY-UHFFFAOYSA-N
- Formula
- C11H12O
- SMILES
- C=C(CC)C(=O)c1ccccc1
- Molecular Weight1
- 160.21
- 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).
- 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 | 0.4542 | Relay (1.0) Calculated Property | |
| ΔfG° | 104.52 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -30.51 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 17.30 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 62.79 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.06 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.02 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.835 | Crippen Calculated Property | |
| McVol | 139.360 | ml/mol | McGowan Calculated Property |
| Pc | 2976.29 | kPa | Joback Calculated Property |
| Inp | 1285.00 | NIST | |
| Tboil | 508.95 | K | Relay (1.0) Calculated Property |
| Tc | 720.83 | K | Relay (1.0) Calculated Property |
| Tfus | 281.41 | K | Relay (1.0) Calculated Property |
| Vc | 0.505 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [302.63; 375.72] | J/mol×K | [528.19; 748.37] | 
|
| Cp,gas | 302.63 | J/mol×K | 528.19 | Joback Calculated Property |
| Cp,gas | 317.01 | J/mol×K | 564.89 | Joback Calculated Property |
| Cp,gas | 330.44 | J/mol×K | 601.58 | Joback Calculated Property |
| Cp,gas | 342.99 | J/mol×K | 638.28 | Joback Calculated Property |
| Cp,gas | 354.68 | J/mol×K | 674.98 | Joback Calculated Property |
| Cp,gas | 365.58 | J/mol×K | 711.68 | Joback Calculated Property |
| Cp,gas | 375.72 | J/mol×K | 748.37 | Joback Calculated Property |
Similar Compounds
![Acetic acid, [2,3-dichloro-4-(2-methylene-1-oxobutyl)phenoxy]-, methyl ester.](data:image/png;base64,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)
Find more compounds similar to 1-Phenyl-2-ethyl-2-propen-1-one.
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