- InChI
- InChI=1S/C7H6N2O/c10-7-5-3-1-2-4-6(5)8-9-7/h1-4H,(H2,8,9,10)
- InChI Key
- SWEICGMKXPNXNU-UHFFFAOYSA-N
- Formula
- C7H6N2O
- SMILES
- O=c1[nH][nH]c2ccccc12
- Molecular Weight1
- 134.14
- CAS
- 7364-25-2
- Other Names
-
- 3-Indazolinone
- Indazolinone
- 1H-Indazol-3-ol
- 3-Hydroxy-1H-indazole
- 3-Oxo-1,2-indazole
- 1,2-Dihydro-3H-indazol-3-one
- 2,3-Dihydro-1H-indazol-3-one
- 1,2-Dihydroindazol-3-one
- NSC 9352
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔsubH° : Enthalpy of sublimation 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 | 0.4855 | Relay (1.0) Calculated Property | |
| ΔfG° | 109.68 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 11.09 | kJ/mol | Relay (1.0) Calculated Property |
| ΔsubH° | 127.60 ± 1.50 | kJ/mol | NIST |
| ΔvapH° | 95.48 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.31 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.55 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.108 | Crippen Calculated Property | |
| McVol | 96.400 | ml/mol | McGowan Calculated Property |
| Pc | 5577.38 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 597.47 | K | Relay (1.0) Calculated Property |
| Tc | 880.78 | K | Relay (1.0) Calculated Property |
| Tfus | 476.21 | K | Relay (1.0) Calculated Property |
| Vc | 0.356 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Naphtho[2,3-d]-1,2,3-triazin-4(3H)-one, 3-phenyl-.](data:image/png;base64,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)
Find more compounds similar to 3H-Indazol-3-one, 1,2-dihydro-.
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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