- InChI
- InChI=1S/C5H9NS/c1-2-3-4-7-5-6/h2-4H2,1H3
- InChI Key
- HXNXAEYAXNPLHJ-UHFFFAOYSA-N
- Formula
- C5H9NS
- SMILES
- CCCCSC#N
- Molecular Weight1
- 115.20
- CAS
- 628-83-1
- Other Names
-
- Butyl thiocyanate
- 1-Thiocyanatobutane
- n-Butylthiocyanate
- n-Butyl rhodanate
- Butyrhodanid
- Butylthiokyanat
- 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).
- 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 | 0.3618 | Relay (1.0) Calculated Property | |
| ΔfG° | 157.52 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 53.46 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 14.34 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 49.20 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.64 ± 0.05 | eV | NIST |
| log10WS | -2.54 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.001 | Crippen Calculated Property | |
| McVol | 99.040 | ml/mol | McGowan Calculated Property |
| Pc | 3435.91 | kPa | Joback Calculated Property |
| Tboil | 446.22 | K | Relay (1.0) Calculated Property |
| Tc | 625.75 | K | Relay (1.0) Calculated Property |
| Tfus | 190.84 | K | Relay (1.0) Calculated Property |
| Vc | 0.361 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [192.75; 238.43] | J/mol×K | [484.66; 698.19] | 
|
| Cp,gas | 192.75 | J/mol×K | 484.66 | Joback Calculated Property |
| Cp,gas | 201.33 | J/mol×K | 520.25 | Joback Calculated Property |
| Cp,gas | 209.52 | J/mol×K | 555.84 | Joback Calculated Property |
| Cp,gas | 217.32 | J/mol×K | 591.43 | Joback Calculated Property |
| Cp,gas | 224.73 | J/mol×K | 627.01 | Joback Calculated Property |
| Cp,gas | 231.77 | J/mol×K | 662.60 | Joback Calculated Property |
| Cp,gas | 238.43 | J/mol×K | 698.19 | Joback Calculated Property |
Similar Compounds
![Butane, 1-[(1-methylethyl)thio]-.](data:image/png;base64,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)
![2-[Butylthio]ethanal.](data:image/png;base64,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)
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