- InChI
- InChI=1S/C6H13NO2/c1-4-5(2)9-6(8)7-3/h5H,4H2,1-3H3,(H,7,8)
- InChI Key
- HIUBXHVDRUPDIY-UHFFFAOYSA-N
- Formula
- C6H13NO2
- SMILES
- CCC(C)OC(O)=NC
- Molecular Weight1
- 131.17
- Other Names
-
- sec.-Butyl N-methyl carbamate
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation 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 | 0.6533 | Relay (1.0) Calculated Property | |
| ΔfG° | -147.12 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -507.89 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 67.49 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.92 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.36 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.345 | Crippen Calculated Property | |
| McVol | 112.820 | ml/mol | McGowan Calculated Property |
| Pc | 3049.04 | kPa | Joback Calculated Property |
| Tboil | 460.13 | K | Relay (1.0) Calculated Property |
| Tc | 625.34 | K | Relay (1.0) Calculated Property |
| Tfus | 305.82 | K | Relay (1.0) Calculated Property |
| Vc | 0.405 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Butane, 2,2'-[methylenebis(oxy)]bis-.](data:image/png;base64,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)
Find more compounds similar to Carbamic acid, methyl, 2-butyl ester.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- Joback Method
- McGowan Method
- NIST Webbook
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