- InChI
- InChI=1S/C14H14O2S/c1-9-3-5-11(15)13(7-9)17-14-8-10(2)4-6-12(14)16/h3-8,15-16H,1-2H3
- InChI Key
- CHNWLKJYOVQXOG-UHFFFAOYSA-N
- Formula
- C14H14O2S
- SMILES
- Cc1ccc(O)c(Sc2cc(C)ccc2O)c1
- Molecular Weight1
- 246.32
- CAS
- 2929-96-6
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion 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 | 0.6905 | Relay (1.0) Calculated Property | |
| ΔfG° | -3.56 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -171.02 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 35.02 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 110.88 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.56 | eV | Relay (1.0) Calculated Property |
| log10WS | -4.13 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.866 | Crippen Calculated Property | |
| McVol | 188.690 | ml/mol | McGowan Calculated Property |
| Pc | 3834.03 | kPa | Joback Calculated Property |
| Tboil | 608.68 | K | Relay (1.0) Calculated Property |
| Tc | 911.39 | K | Relay (1.0) Calculated Property |
| Tfus | 426.65 | K | Relay (1.0) Calculated Property |
| Vc | 0.652 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [518.68; 593.28] | J/mol×K | [813.06; 1084.78] | 
|
| Cp,gas | 518.68 | J/mol×K | 813.06 | Joback Calculated Property |
| Cp,gas | 531.62 | J/mol×K | 858.35 | Joback Calculated Property |
| Cp,gas | 544.06 | J/mol×K | 903.63 | Joback Calculated Property |
| Cp,gas | 556.23 | J/mol×K | 948.92 | Joback Calculated Property |
| Cp,gas | 568.34 | J/mol×K | 994.20 | Joback Calculated Property |
| Cp,gas | 580.62 | J/mol×K | 1039.49 | Joback Calculated Property |
| Cp,gas | 593.28 | J/mol×K | 1084.78 | Joback Calculated Property |
Similar Compounds
![2,2'-Thiobis[4-fluorophenol].](data:image/png;base64,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)
Find more compounds similar to 2,2'-Thiodi-p-cresol.
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