- InChI
- InChI=1S/C5H11ClN4O2/c1-7-4(11)9-10-5(12)8-3-2-6/h2-3H2,1H3,(H2,7,9,11)(H2,8,10,12)
- InChI Key
- FBEHXFQFBLYAOC-UHFFFAOYSA-N
- Formula
- C5H11ClN4O2
- SMILES
- CNC(=O)NNC(=O)NCCCl
- Molecular Weight1
- 194.62
- CAS
- 16813-41-5
- 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 | 0.7361 | Relay (1.0) Calculated Property | |
| ΔfG° | 79.01 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -388.20 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 36.50 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 102.29 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.86 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.84 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.632 | Crippen Calculated Property | |
| McVol | 136.610 | ml/mol | McGowan Calculated Property |
| Pc | 4124.99 | kPa | Joback Calculated Property |
| Tboil | 539.38 | K | Relay (1.0) Calculated Property |
| Tc | 843.97 | K | Relay (1.0) Calculated Property |
| Tfus | 410.24 | K | Relay (1.0) Calculated Property |
| Vc | 0.466 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [343.69; 389.88] | J/mol×K | [659.65; 861.52] | 
|
| Cp,gas | 343.69 | J/mol×K | 659.65 | Joback Calculated Property |
| Cp,gas | 352.78 | J/mol×K | 693.29 | Joback Calculated Property |
| Cp,gas | 361.29 | J/mol×K | 726.94 | Joback Calculated Property |
| Cp,gas | 369.23 | J/mol×K | 760.58 | Joback Calculated Property |
| Cp,gas | 376.63 | J/mol×K | 794.23 | Joback Calculated Property |
| Cp,gas | 383.51 | J/mol×K | 827.87 | Joback Calculated Property |
| Cp,gas | 389.88 | J/mol×K | 861.52 | Joback Calculated Property |
Similar Compounds
![Glycine, n-[(2-chloroethyl )carbamoyl]-, ethyl ester.](data:image/png;base64,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)
![Glycine, n-[(2-chloroethyl)carbamoyl]-n-nitroso-, ethyl ester.](data:image/png;base64,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)
Find more compounds similar to Biurea, 1-(2-chloroethyl)-6-methyl-.
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