![Glutarimide, 3-[[(2-oxocyclohexyl)carbonyl]methyl]-](/cid/120-427-4/Glutarimide-3-2-oxocyclohexyl-carbonyl-methyl.png "Glutarimide, 3-[[(2-oxocyclohexyl)carbonyl]methyl]-")
- InChI
- InChI=1S/C13H17NO4/c15-10-4-2-1-3-9(10)11(16)5-8-6-12(17)14-13(18)7-8/h8,15H,1-7H2,(H,14,17,18)
- InChI Key
- RZVUWGQKVNOMFT-UHFFFAOYSA-N
- Formula
- C13H17NO4
- SMILES
-
O=C1CC(CC(=O)C2=C(O)CCCC2)CC(=
O)N1 - Molecular Weight1
- 251.28
- CAS
- 1148-01-2
- 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).
- 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 |
|---|---|---|---|
| ΔfG° | -297.32 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -650.23 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 26.77 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 85.99 | kJ/mol | Joback Calculated Property |
| log10WS | -2.50 | Crippen Calculated Property | |
| logPoct/wat | 1.384 | Crippen Calculated Property | |
| McVol | 188.570 | ml/mol | McGowan Calculated Property |
| Pc | 3202.78 | kPa | Joback Calculated Property |
| Tboil | 879.97 | K | Joback Calculated Property |
| Tc | 1122.29 | K | Joback Calculated Property |
| Tfus | 633.29 | K | Joback Calculated Property |
| Vc | 0.693 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [619.34; 671.41] | J/mol×K | [879.97; 1122.29] | 
|
| Cp,gas | 619.34 | J/mol×K | 879.97 | Joback Calculated Property |
| Cp,gas | 632.48 | J/mol×K | 920.36 | Joback Calculated Property |
| Cp,gas | 643.89 | J/mol×K | 960.74 | Joback Calculated Property |
| Cp,gas | 653.54 | J/mol×K | 1001.13 | Joback Calculated Property |
| Cp,gas | 661.37 | J/mol×K | 1041.52 | Joback Calculated Property |
| Cp,gas | 667.34 | J/mol×K | 1081.91 | Joback Calculated Property |
| Cp,gas | 671.41 | J/mol×K | 1122.29 | Joback Calculated Property |
Similar Compounds
![Succinimide, 2-[2-(2-oxocyclohexyl)-2-oxoethyl]-.](data:image/png;base64,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)
Find more compounds similar to Glutarimide, 3-[[(2-oxocyclohexyl)carbonyl]methyl]-.
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