![Succinimide, 2-[2-(2-oxocyclohexyl)-2-oxoethyl]-](/cid/30-254-6/Succinimide-2-2-2-oxocyclohexyl-2-oxoethyl.png "Succinimide, 2-[2-(2-oxocyclohexyl)-2-oxoethyl]-")
- InChI
- InChI=1S/C12H15NO4/c14-9-4-2-1-3-8(9)10(15)5-7-6-11(16)13-12(7)17/h7,14H,1-6H2,(H,13,16,17)
- InChI Key
- PGISFNYPLMGLCP-UHFFFAOYSA-N
- Formula
- C12H15NO4
- SMILES
-
O=C1CC(CC(=O)C2=C(O)CCCC2)C(=O
)N1 - Molecular Weight1
- 237.25
- CAS
- 93136-49-3
- 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 | 0.7289 | Relay (1.0) Calculated Property | |
| ΔfG° | -293.64 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -728.48 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 26.28 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 105.00 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.89 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.67 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.994 | Crippen Calculated Property | |
| McVol | 174.480 | ml/mol | McGowan Calculated Property |
| Pc | 3476.55 | kPa | Joback Calculated Property |
| Tboil | 613.69 | K | Relay (1.0) Calculated Property |
| Tc | 933.93 | K | Relay (1.0) Calculated Property |
| Tfus | 438.71 | K | Relay (1.0) Calculated Property |
| Vc | 0.622 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [559.74; 614.38] | J/mol×K | [852.82; 1092.85] | 
|
| Cp,gas | 559.74 | J/mol×K | 852.82 | Joback Calculated Property |
| Cp,gas | 572.68 | J/mol×K | 892.82 | Joback Calculated Property |
| Cp,gas | 584.13 | J/mol×K | 932.83 | Joback Calculated Property |
| Cp,gas | 594.06 | J/mol×K | 972.83 | Joback Calculated Property |
| Cp,gas | 602.44 | J/mol×K | 1012.84 | Joback Calculated Property |
| Cp,gas | 609.22 | J/mol×K | 1052.84 | Joback Calculated Property |
| Cp,gas | 614.38 | J/mol×K | 1092.85 | Joback Calculated Property |
Similar Compounds
![Glutarimide, 3-[[(2-oxocyclohexyl)carbonyl]methyl]-.](data:image/png;base64,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)
Find more compounds similar to Succinimide, 2-[2-(2-oxocyclohexyl)-2-oxoethyl]-.
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