- InChI
- InChI=1S/C14H12N2O/c15-16-13(11-7-3-1-4-8-11)14(17)12-9-5-2-6-10-12/h1-10H,15H2
- InChI Key
- CDQPGWNBSOSEMZ-UHFFFAOYSA-N
- Formula
- C14H12N2O
- SMILES
- NN=C(C(=O)c1ccccc1)c1ccccc1
- Molecular Weight1
- 224.26
- CAS
- 5344-88-7
- Other Names
-
- Ethanedione, diphenyl-, monohydrazone
- 2-Hydrazono-1,2-diphenyl-ethanone
- Hydrazonodeoxybenzoin
- 1,2-Ethanedione, 1,2-diphenyl-, 1-hydrazone
- 1,2-Diphenyl-1,2-ethanedione 1-hydrazone
- 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 | 0.6691 | Relay (1.0) Calculated Property | |
| ΔfG° | 328.24 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 214.81 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 85.10 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.94 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.78 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.232 | Crippen Calculated Property | |
| McVol | 177.830 | ml/mol | McGowan Calculated Property |
| Pc | 2829.33 | kPa | Joback Calculated Property |
| Tboil | 630.38 | K | Relay (1.0) Calculated Property |
| Tc | 921.48 | K | Relay (1.0) Calculated Property |
| Tfus | 397.08 | K | Relay (1.0) Calculated Property |
| Vc | 0.638 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1,2-Naphthalenedione, 1-[(4-acetylphenyl)hydrazone].](data:image/png;base64,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)
Find more compounds similar to Benzil monohydrazone.
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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