- InChI
- InChI=1S/C8H18S4/c1-4-7-10-12-8(5-2)11-9-6-3/h8H,4-7H2,1-3H3
- InChI Key
- ATCOWFPYRGECFR-UHFFFAOYSA-N
- Formula
- C8H18S4
- SMILES
- CCCSSC(CC)SSCC
- Molecular Weight1
- 242.49
- 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).
- 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.
- 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 |
|---|---|---|---|
| ΔfG° | 146.52 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -46.25 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 29.47 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 60.28 | kJ/mol | Joback Calculated Property |
| log10WS | -5.29 | Crippen Calculated Property | |
| logPoct/wat | 4.915 | Crippen Calculated Property | |
| McVol | 188.980 | ml/mol | McGowan Calculated Property |
| Pc | 2741.15 | kPa | Joback Calculated Property |
| Inp | 1772.00 | NIST | |
| Tboil | 657.12 | K | Joback Calculated Property |
| Tc | 904.57 | K | Joback Calculated Property |
| Tfus | 302.52 | K | Joback Calculated Property |
| Vc | 0.694 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [446.19; 520.76] | J/mol×K | [657.12; 904.57] | 
|
| Cp,gas | 446.19 | J/mol×K | 657.12 | Joback Calculated Property |
| Cp,gas | 461.29 | J/mol×K | 698.36 | Joback Calculated Property |
| Cp,gas | 475.34 | J/mol×K | 739.60 | Joback Calculated Property |
| Cp,gas | 488.32 | J/mol×K | 780.84 | Joback Calculated Property |
| Cp,gas | 500.23 | J/mol×K | 822.09 | Joback Calculated Property |
| Cp,gas | 511.04 | J/mol×K | 863.33 | Joback Calculated Property |
| Cp,gas | 520.76 | J/mol×K | 904.57 | Joback Calculated Property |
Similar Compounds
![3,6-Di-isopropyl-[1,2,4,5]tetrathiane.](data:image/png;base64,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)
Find more compounds similar to 4,5,7,8-Tetrathiadecane, 6-ethyl.
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