- InChI
- InChI=1S/C7H17O3PS3/c1-4-9-11(12,10-5-2)13-7-14(8)6-3/h4-7H2,1-3H3
- InChI Key
- XRQHTUDGPWMPKX-UHFFFAOYSA-N
- Formula
- C7H17O3PS3
- SMILES
- CCOP(=S)(OCC)SCS(=O)CC
- Molecular Weight1
- 276.38
- CAS
- 2588-03-6
- Other Names
-
- Phosphorodithioic acid, O,O-diethyl S-[(ethylsulfinyl)methyl] ester
- Phorate O-sulfoxide
- Thimet sulfoxide
- O,O-Diethyl-S-ethylthionylmethylphosphorodithioate
- O,O-Diethyl-S-ethylthionylmethyl dithiophosphate
- O,O-Diethyl S-ethylthionylmethyl thiothionophosphate
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation 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 | 0.4522 | Relay (1.0) Calculated Property | |
| ΔfG° | -248.40 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -514.72 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 81.84 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.22 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.76 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.743 | Crippen Calculated Property | |
| McVol | 196.610 | ml/mol | McGowan Calculated Property |
| Pc | 2251.33 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 608.52 | K | Relay (1.0) Calculated Property |
| Tc | 807.60 | K | Relay (1.0) Calculated Property |
| Tfus | 298.36 | K | Relay (1.0) Calculated Property |
| Vc | 0.677 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Phosphorodithioic acid, S-[(tert-butylthio)methyl] O,O-diethyl ester.](data:image/png;base64,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)
Find more compounds similar to Phorate sulfoxide.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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