- InChI
- InChI=1S/C4H10O2S/c1-4(2)7(3,5)6/h4H,1-3H3
- InChI Key
- VTWYQAQIXXAXOR-UHFFFAOYSA-N
- Formula
- C4H10O2S
- SMILES
- CC(C)S(C)(=O)=O
- Molecular Weight1
- 122.19
- CAS
- 4853-74-1
- Other Names
-
- Isopropyl methyl sulphone
- ω : Acentric Factor.
- ΔcH°liquid : Standard liquid enthalpy of combustion (kJ/mol).
- 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).
- ΔfH°liquid : Liquid phase 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 | 0.4104 | Relay (1.0) Calculated Property | |
| ΔcH°liquid | -3101.30 ± 0.63 | kJ/mol | NIST |
| ΔfG° | -488.18 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -433.00 ± 3.00 | kJ/mol | NIST |
| ΔfH°liquid | -503.80 ± 1.30 | kJ/mol | NIST |
| ΔfusH° | 13.97 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 70.00 ± 3.00 | kJ/mol | NIST |
| IE | 10.08 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.41 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.439 | Crippen Calculated Property | |
| McVol | 95.310 | ml/mol | McGowan Calculated Property |
| Pc | 4829.24 | kPa | Joback Calculated Property |
| Tboil | 512.13 | K | Relay (1.0) Calculated Property |
| Tc | 676.62 | K | Relay (1.0) Calculated Property |
| Tfus | 289.00 ± 3.00 | K | NIST |
| Vc | 0.341 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [157.92; 207.56] | J/mol×K | [338.26; 504.95] | 
|
| Cp,gas | 157.92 | J/mol×K | 338.26 | Joback Calculated Property |
| Cp,gas | 166.83 | J/mol×K | 366.04 | Joback Calculated Property |
| Cp,gas | 175.49 | J/mol×K | 393.82 | Joback Calculated Property |
| Cp,gas | 183.89 | J/mol×K | 421.61 | Joback Calculated Property |
| Cp,gas | 192.04 | J/mol×K | 449.39 | Joback Calculated Property |
| Cp,gas | 199.93 | J/mol×K | 477.17 | Joback Calculated Property |
| Cp,gas | 207.56 | J/mol×K | 504.95 | Joback Calculated Property |
Similar Compounds
![2-[Isopropylthio]ethanal.](data:image/png;base64,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)
![1-Propyne, 3-[(1-methylethyl)thio]-.](data:image/png;base64,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)
Find more compounds similar to 2-(Methylsulphonyl)propane.
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