- InChI
- InChI=1S/C4H8N2O2S/c1-5-4(9-2)3-6(7)8/h3,5H,1-2H3/b4-3+
- InChI Key
- YQFHPXZGXNYYLD-ONEGZZNKSA-N
- Formula
- C4H8N2O2S
- SMILES
- CNC(=C[N+](=O)[O-])SC
- Molecular Weight1
- 148.18
- CAS
- 61832-41-5
- Other Names
-
- N-Methyl-1-methylthio-2-nitro-1-etheneamine
- N-methyl-1-(methylthio)-2-nitrovinylamine
- 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° | 212.53 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 66.12 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 25.60 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 54.38 | kJ/mol | Joback Calculated Property |
| log10WS | -1.99 | Crippen Calculated Property | |
| logPoct/wat | 0.644 | Crippen Calculated Property | |
| McVol | 106.670 | ml/mol | McGowan Calculated Property |
| Pc | 4426.72 | kPa | Joback Calculated Property |
| Tboil | 565.75 | K | Joback Calculated Property |
| Tc | 810.46 | K | Joback Calculated Property |
| Tfus | 346.47 | K | Joback Calculated Property |
| Vc | 0.411 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [232.44; 280.35] | J/mol×K | [565.75; 810.46] | 
|
| Cp,gas | 232.44 | J/mol×K | 565.75 | Joback Calculated Property |
| Cp,gas | 242.02 | J/mol×K | 606.54 | Joback Calculated Property |
| Cp,gas | 250.92 | J/mol×K | 647.32 | Joback Calculated Property |
| Cp,gas | 259.16 | J/mol×K | 688.11 | Joback Calculated Property |
| Cp,gas | 266.79 | J/mol×K | 728.89 | Joback Calculated Property |
| Cp,gas | 273.84 | J/mol×K | 769.68 | Joback Calculated Property |
| Cp,gas | 280.35 | J/mol×K | 810.46 | Joback Calculated Property |
Similar Compounds
![Silane, (1,1-dimethylethyl)dimethyl[(6,6,9-trimethyl-3-pentyl-6H-dibenzo[b,d]pyran-1-yl)oxy]-.](data:image/png;base64,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)
Find more compounds similar to Ethenamine, N-methyl-1-(methylthio)-2-nitro-.
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