- InChI
- InChI=1S/C13H13N3O/c17-13(14-11-7-3-1-4-8-11)16-15-12-9-5-2-6-10-12/h1-10,15H,(H2,14,16,17)
- InChI Key
- NGZZNUMYERKSQA-UHFFFAOYSA-N
- Formula
- C13H13N3O
- SMILES
- O=C(NNc1ccccc1)Nc1ccccc1
- Molecular Weight1
- 227.26
- CAS
- 621-12-5
- Other Names
-
- Hydrazinecarboxamide, N,2-diphenyl-
- N,N'-Diphenyl semicarbazide
- Semicarbazide, 1,4-diphenyl-
- 1,4-Diphenylsemicarbizide
- 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 | 0.6921 | Relay (1.0) Calculated Property | |
| ΔfG° | 422.65 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 68.29 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 34.40 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 111.35 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.60 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.62 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.835 | Crippen Calculated Property | |
| McVol | 178.020 | ml/mol | McGowan Calculated Property |
| Pc | 3452.08 | kPa | Joback Calculated Property |
| Tboil | 613.08 | K | Relay (1.0) Calculated Property |
| Tc | 995.56 | K | Relay (1.0) Calculated Property |
| Tfus | 429.35 | K | Relay (1.0) Calculated Property |
| Vc | 0.623 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [490.26; 552.15] | J/mol×K | [754.58; 997.35] | 
|
| Cp,gas | 490.26 | J/mol×K | 754.58 | Joback Calculated Property |
| Cp,gas | 503.19 | J/mol×K | 795.04 | Joback Calculated Property |
| Cp,gas | 514.97 | J/mol×K | 835.50 | Joback Calculated Property |
| Cp,gas | 525.67 | J/mol×K | 875.96 | Joback Calculated Property |
| Cp,gas | 535.37 | J/mol×K | 916.43 | Joback Calculated Property |
| Cp,gas | 544.17 | J/mol×K | 956.89 | Joback Calculated Property |
| Cp,gas | 552.15 | J/mol×K | 997.35 | Joback Calculated Property |
Similar Compounds
![Benzoic acid, m-[3-(2-chloroethyl)ureido]-.](data:image/png;base64,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)
![Anthranilic acid, n-[(chloroethyl)carbamoyl]-.](data:image/png;base64,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)
Find more compounds similar to 1,4-Diphenylsemicarbazide.
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