- InChI
- InChI=1S/C13H27NO2/c1-7-11(5)14(12(6)8-2)13(15)16-9-10(3)4/h10-12H,7-9H2,1-6H3
- InChI Key
- XFSXTCIIMPNGHP-UHFFFAOYSA-N
- Formula
- C13H27NO2
- SMILES
- CCC(C)N(C(=O)OCC(C)C)C(C)CC
- Molecular Weight1
- 229.36
- 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 | 0.6198 | Relay (1.0) Calculated Property | |
| ΔfG° | -71.88 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -626.05 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 24.66 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 69.69 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.10 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.24 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.678 | Crippen Calculated Property | |
| McVol | 211.450 | ml/mol | McGowan Calculated Property |
| Pc | 1739.01 | kPa | Joback Calculated Property |
| Inp | 1207.00 | NIST | |
| Tboil | 521.45 | K | Relay (1.0) Calculated Property |
| Tc | 688.29 | K | Relay (1.0) Calculated Property |
| Tfus | 240.53 | K | Relay (1.0) Calculated Property |
| Vc | 0.766 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [553.81; 648.62] | J/mol×K | [584.25; 760.47] | 
|
| Cp,gas | 553.81 | J/mol×K | 584.25 | Joback Calculated Property |
| Cp,gas | 571.55 | J/mol×K | 613.62 | Joback Calculated Property |
| Cp,gas | 588.49 | J/mol×K | 642.99 | Joback Calculated Property |
| Cp,gas | 604.65 | J/mol×K | 672.36 | Joback Calculated Property |
| Cp,gas | 620.05 | J/mol×K | 701.73 | Joback Calculated Property |
| Cp,gas | 634.70 | J/mol×K | 731.10 | Joback Calculated Property |
| Cp,gas | 648.62 | J/mol×K | 760.47 | Joback Calculated Property |
Similar Compounds
![7-Azabicyclo[2.2.1]heptane-7-carboxylic acid, methyl ester.](data:image/png;base64,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)
Find more compounds similar to Isobutylcarbamate, N-sec.-butyl.
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