![1H,5H-Benzo[ij]quinolizin-8-ol, 2,3,6,7-tetrahydro-](/cid/85-539-0/1H-5H-Benzo-ij-quinolizin-8-ol-2-3-6-7-tetrahydro.png "1H,5H-Benzo[ij]quinolizin-8-ol, 2,3,6,7-tetrahydro-")
- InChI
- InChI=1S/C12H15NO/c14-11-6-5-9-3-1-7-13-8-2-4-10(11)12(9)13/h5-6,14H,1-4,7-8H2
- InChI Key
- FOFUWJNBAQJABO-UHFFFAOYSA-N
- Formula
- C12H15NO
- SMILES
- Oc1ccc2c3c1CCCN3CCC2
- Molecular Weight1
- 189.25
- CAS
- 41175-50-2
- Other Names
-
- 8-Hydroxyjulolidine
- 2,3,6,7-Tetrahydro-1H,5H-pyrido[3,2,1-ij]quinolin-8-ol
- 2,3,6,7-Tetrahydro-1H,5H-benzo(ij)quinolizin-8-ol
- 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 | 0.6487 | Relay (1.0) Calculated Property | |
| ΔfG° | 93.15 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -123.55 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 85.72 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 6.94 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.47 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.091 | Crippen Calculated Property | |
| McVol | 150.310 | ml/mol | McGowan Calculated Property |
| Pc | 4116.65 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 600.23 | K | Relay (1.0) Calculated Property |
| Tc | 897.18 | K | Relay (1.0) Calculated Property |
| Tfus | 405.62 | K | Relay (1.0) Calculated Property |
| Vc | 0.540 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![[2H3]Dihydrozeatin nucleotide, permethylated.](data:image/png;base64,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)
Find more compounds similar to 1H,5H-Benzo[ij]quinolizin-8-ol, 2,3,6,7-tetrahydro-.
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- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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