- InChI
- InChI=1S/C9H14N2/c1-4-5-9-8(3)10-6-7(2)11-9/h6H,4-5H2,1-3H3
- InChI Key
- ARRSOXMGLBJPNV-UHFFFAOYSA-N
- Formula
- C9H14N2
- SMILES
- CCCc1nc(C)cnc1C
- Molecular Weight1
- 150.22
- CAS
- 18433-97-1
- Other Names
-
- 2-Propyl-3,6-dimethylpyrazine
- 2,5-Dimethyl-3-propylpyrazine
- 3,6-Dimethyl-2-propylpyrazine
- 2,5-Dimethyl-3-pyropylpyrazine
- 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).
- Inp : Non-polar retention indices.
- I : Polar retention indices.
- 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 | 0.4678 | Relay (... Calculated Property | |
| ΔfG° | 190.53 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | 40.83 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 57.67 | kJ/mol | Relay (... Calculated Property |
| IE | 8.61 | eV | Relay (... Calculated Property |
| log10WS | -0.68 | Relay (... Calculated Property | |
| logPoct/wat | 2.046 | Crippen Calculated Property | |
| McVol | 133.870 | ml/mol | McGowan Calculated Property |
| Pc | 2942.00 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [1131.00; 1163.00] |
|
|
| Inp | 1131.00 | NIST | |
| Inp | 1131.00 | NIST | |
| Inp | 1141.00 | NIST | |
| Inp | 1163.00 | NIST | |
| Inp | 1162.00 | NIST | |
| Inp | 1142.00 | NIST | |
| Inp | 1162.00 | NIST | |
| I | [1474.00; 1525.00] |
|
|
| I | 1525.00 | NIST | |
| I | 1525.00 | NIST | |
| I | 1474.00 | NIST | |
| I | 1474.00 | NIST | |
| Tboil | 476.64 | K | Relay (... Calculated Property |
| Tc | 691.38 | K | Relay (... Calculated Property |
| Tfus | 264.18 | K | Relay (... Calculated Property |
| Vc | 0.504 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![2,5-dimethyl-3-[(methylthio)propyl]pyrazine.](data:image/png;base64,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)
Find more compounds similar to Pyrazine, 2,5-dimethyl-3-propyl-.
Sources
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- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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