- InChI
- InChI=1S/C6H8S/c1-6-4-2-3-5-7-6/h3,5H,1-2,4H2
- InChI Key
- FOQCVEQANNKTBG-UHFFFAOYSA-N
- Formula
- C6H8S
- SMILES
- C=C1CCC=CS1
- Molecular Weight1
- 112.19
- 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).
- 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 | 0.1651 | Relay (1.0) Calculated Property | |
| ΔfG° | 154.70 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 161.35 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 5.78 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 41.08 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.71 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.68 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.541 | Crippen Calculated Property | |
| McVol | 92.290 | ml/mol | McGowan Calculated Property |
| Pc | 4403.25 | kPa | Joback Calculated Property |
| Inp | 970.00 | NIST | |
| I | 1286.00 | NIST | |
| Tboil | 414.48 | K | Relay (1.0) Calculated Property |
| Tc | 599.11 | K | Relay (1.0) Calculated Property |
| Tfus | 200.01 | K | Relay (1.0) Calculated Property |
| Vc | 0.309 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [154.18; 214.16] | J/mol×K | [407.05; 634.45] | 
|
| Cp,gas | 154.18 | J/mol×K | 407.05 | Joback Calculated Property |
| Cp,gas | 165.84 | J/mol×K | 444.95 | Joback Calculated Property |
| Cp,gas | 176.79 | J/mol×K | 482.85 | Joback Calculated Property |
| Cp,gas | 187.08 | J/mol×K | 520.75 | Joback Calculated Property |
| Cp,gas | 196.72 | J/mol×K | 558.65 | Joback Calculated Property |
| Cp,gas | 205.74 | J/mol×K | 596.55 | Joback Calculated Property |
| Cp,gas | 214.16 | J/mol×K | 634.45 | Joback Calculated Property |
Similar Compounds
![Naphtho[1,2-b]thiophene, 4-methyl.](data:image/png;base64,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)
Find more compounds similar to Thiocyclohex-3-ene, 4-methylene.
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