- InChI
- InChI=1S/C12H10N4S/c1-2-4-9(5-3-1)6-17-12-10-11(14-7-13-10)15-8-16-12/h1-5,7-8H,6H2,(H,13,14,15,16)
- InChI Key
- ULIQGBPQLPCTAJ-UHFFFAOYSA-N
- Formula
- C12H10N4S
- SMILES
- c1ccc(CSc2ncnc3[nH]cnc23)cc1
- Molecular Weight1
- 242.30
- CAS
- 724-34-5
- Other Names
-
- 6-[(phenylmethyl)thio]-1H-purine
- 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 | 0.5373 | Relay (1.0) Calculated Property | |
| ΔfG° | 456.06 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 389.74 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 110.24 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.33 | eV | Relay (1.0) Calculated Property |
| log10WS | -4.07 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.163 | Crippen Calculated Property | |
| McVol | 173.530 | ml/mol | McGowan Calculated Property |
| Pc | 4472.18 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 659.18 | K | Relay (1.0) Calculated Property |
| Tc | 1002.13 | K | Relay (1.0) Calculated Property |
| Tfus | 476.96 | K | Relay (1.0) Calculated Property |
| Vc | 0.641 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![p-Toluenesulfonamide, alpha-[6-(methylthio)-9H-purin-9-yl]-.](data:image/png;base64,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)
Find more compounds similar to Purine, 6-benzylthio-.
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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