- InChI
- InChI=1S/C9H9N3/c10-12-9-6-5-7-3-1-2-4-8(7)11-9/h1-6H,10H2,(H,11,12)
- InChI Key
- QMVCLSHKMIGEFN-UHFFFAOYSA-N
- Formula
- C9H9N3
- SMILES
- NNc1ccc2ccccc2n1
- Molecular Weight1
- 159.19
- CAS
- 15793-77-8
- Other Names
-
- 2-Hydrazinoquinoline
- «alpha»-Quinolylhydrazine
- Quinoline, 2-hydrazino-
- 2-Quinolylhydrazine
- 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 | 0.5222 | Relay (1.0) Calculated Property | |
| ΔfG° | 341.18 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 275.83 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 89.26 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.86 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.88 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.520 | Crippen Calculated Property | |
| McVol | 124.390 | ml/mol | McGowan Calculated Property |
| Pc | 5923.95 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 602.78 | K | Relay (1.0) Calculated Property |
| Tc | 910.90 | K | Relay (1.0) Calculated Property |
| Tfus | 390.82 | K | Relay (1.0) Calculated Property |
| Vc | 0.451 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![2-(2-ethylhexyl)-3-methylfuro[2,3-h]quinoline.](data:image/png;base64,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)
Find more compounds similar to 2(1H)-Quinolinone, hydrazone.
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
- McGowan Method
- NIST Webbook
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