- InChI
- InChI=1S/C7H14OS/c1-5-4-6(2)9-7(3)8-5/h5-7H,4H2,1-3H3/t5-,6-,7+/m0/s1
- InChI Key
- DUDZTWRICXYHEJ-LYFYHCNISA-N
- Formula
- C7H14OS
- SMILES
- CC1CC(C)SC(C)O1
- Molecular Weight1
- 146.25
- CAS
- 22425-91-8
- Other Names
-
- 1,3-Oxathiane, 2,4,6-trimethyl-, cis-2,4,trans-2,6-
- 2,4,6-Trimethyl-1,3-oxathiane, cis-2,4,trans-2,6-
- 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 |
|---|---|---|---|
| ΔfG° | -29.17 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -260.91 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 19.50 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 41.31 | kJ/mol | Joback Calculated Property |
| IE | 8.54 | eV | NIST |
| log10WS | -2.45 | Crippen Calculated Property | |
| logPoct/wat | 2.263 | Crippen Calculated Property | |
| McVol | 120.850 | ml/mol | McGowan Calculated Property |
| Pc | 3206.41 | kPa | Joback Calculated Property |
| Tboil | 444.55 | K | Joback Calculated Property |
| Tc | 662.56 | K | Joback Calculated Property |
| Tfus | 277.57 | K | Joback Calculated Property |
| Vc | 0.425 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [251.69; 340.09] | J/mol×K | [444.55; 662.56] | 
|
| Cp,gas | 251.69 | J/mol×K | 444.55 | Joback Calculated Property |
| Cp,gas | 268.35 | J/mol×K | 480.88 | Joback Calculated Property |
| Cp,gas | 284.23 | J/mol×K | 517.22 | Joback Calculated Property |
| Cp,gas | 299.33 | J/mol×K | 553.55 | Joback Calculated Property |
| Cp,gas | 313.67 | J/mol×K | 589.89 | Joback Calculated Property |
| Cp,gas | 327.26 | J/mol×K | 626.22 | Joback Calculated Property |
| Cp,gas | 340.09 | J/mol×K | 662.56 | Joback Calculated Property |
Similar Compounds
![1,3-dimethylbicyclo[3.3.0]-2,8-dioxa-4-thiaoctane.](data:image/png;base64,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)
Find more compounds similar to 1,3-Oxathiane, 2,4,6-trimethyl-, (2«alpha»,4«alpha»,6«beta»)-.
Sources
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