- InChI
- InChI=1S/C5H8OS/c1-2-4-7-5-3-6/h2-3H,1,4-5H2
- InChI Key
- UDPDMDAUIWISCF-UHFFFAOYSA-N
- Formula
- C5H8OS
- SMILES
- C=CCSCC=O
- Molecular Weight1
- 116.18
- Other Names
-
- 2-[Allylthio]ethanal
- ω : Acentric Factor.
- 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).
- Inp : Non-polar retention indices.
- I : 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.
Cheméo is a service of Céondo GmbH, since 2007, we provide simulation, modelling and software development services for the industry.
Do not hesitate to contact us for your projects.
Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.2884 | Relay (1.0) Calculated Property | |
| ΔfG° | 12.66 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -88.42 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 13.84 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 50.16 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.92 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.33 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.105 | Crippen Calculated Property | |
| McVol | 94.930 | ml/mol | McGowan Calculated Property |
| Pc | 4082.92 | kPa | Joback Calculated Property |
| Inp | 901.00 | NIST | |
| I | 1495.00 | NIST | |
| Tboil | 447.45 | K | Relay (1.0) Calculated Property |
| Tc | 662.27 | K | Relay (1.0) Calculated Property |
| Tfus | 217.59 | K | Relay (1.0) Calculated Property |
| Vc | 0.314 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [171.19; 215.91] | J/mol×K | [427.92; 629.86] | 
|
| Cp,gas | 171.19 | J/mol×K | 427.92 | Joback Calculated Property |
| Cp,gas | 179.60 | J/mol×K | 461.58 | Joback Calculated Property |
| Cp,gas | 187.62 | J/mol×K | 495.23 | Joback Calculated Property |
| Cp,gas | 195.25 | J/mol×K | 528.89 | Joback Calculated Property |
| Cp,gas | 202.50 | J/mol×K | 562.55 | Joback Calculated Property |
| Cp,gas | 209.38 | J/mol×K | 596.20 | Joback Calculated Property |
| Cp,gas | 215.91 | J/mol×K | 629.86 | Joback Calculated Property |
Similar Compounds
![2-[But-2-enylthio]ethanal.](data:image/png;base64,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)
![1-Propene, 3-[(1-methylethyl)thio]-.](data:image/png;base64,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)
![2-[Prenylthio]ethanal.](data:image/png;base64,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)
Find more compounds similar to (allylthio)acetaldehyde.
Sources
Note: Cheméo is only indexing the data, follow the source links to retrieve the latest data. The source is also providing more information like the publication year, authors and more. Take the time to validate and double check the source of the data.