- InChI
- InChI=1S/C10H17NO2SSi/c1-9-5-7-10(8-6-9)14(12,13)11-15(2,3)4/h5-8,11H,1-4H3
- InChI Key
- KPNVQKJPVNHKBT-UHFFFAOYSA-N
- Formula
- C10H17NO2SSi
- SMILES
-
Cc1ccc(S(=O)(=O)N[Si](C)(C)C)c
c1 - Molecular Weight1
- 243.40
- 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.
- 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 |
|---|---|---|---|
| ω | 0.5673 | Relay (1.0) Calculated Property | |
| ΔfG° | -61.81 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -423.98 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 81.65 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.61 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.54 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.108 | Crippen Calculated Property | |
| Pc | 2045.59 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 1788.00 | NIST | |
| Tboil | 587.72 | K | Relay (1.0) Calculated Property |
| Tc | 802.04 | K | Relay (1.0) Calculated Property |
| Tfus | 397.16 | K | Relay (1.0) Calculated Property |
| Vc | 0.690 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1-(([(Diethylamino)carbonyl]amino)sulfonyl)-4-methylbenzene.](data:image/png;base64,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)
Find more compounds similar to 4-Methylbenzenesulfonamide, N-trimethylsilyl-.
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
- NIST Webbook
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