- InChI
- InChI=1S/C14H15N/c1-2-7-13(8-3-1)9-6-11-14-10-4-5-12-15-14/h1-5,7-8,10,12H,6,9,11H2
- InChI Key
- JJJPNTQYUJPWGQ-UHFFFAOYSA-N
- Formula
- C14H15N
- SMILES
- c1ccc(CCCc2ccccn2)cc1
- Molecular Weight1
- 197.28
- 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 | 0.5125 | Relay (1.0) Calculated Property | |
| ΔfG° | 314.05 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 166.19 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 85.21 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.94 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.33 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.257 | Crippen Calculated Property | |
| McVol | 170.580 | ml/mol | McGowan Calculated Property |
| Pc | 2807.58 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 569.92 | K | Relay (1.0) Calculated Property |
| Tc | 823.82 | K | Relay (1.0) Calculated Property |
| Tfus | 261.82 | K | Relay (1.0) Calculated Property |
| Vc | 0.648 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![2-[3-(4-Methylphenoxy)propyl]pyridine.](data:image/png;base64,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)
Find more compounds similar to 2-(3-Phenylpropyl)pyridine.
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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