![Benzenemethanol, «alpha»-[1-(methylamino)ethyl]-](/cid/38-914-5/Benzenemethanol-alpha-1-methylamino-ethyl.png "Benzenemethanol, «alpha»-[1-(methylamino)ethyl]-")
- InChI
- InChI=1S/C10H15NO/c1-8(11-2)10(12)9-6-4-3-5-7-9/h3-8,10-12H,1-2H3
- InChI Key
- KWGRBVOPPLSCSI-UHFFFAOYSA-N
- Formula
- C10H15NO
- SMILES
- CNC(C)C(O)c1ccccc1
- Molecular Weight1
- 165.23
- CAS
- 53214-57-6
- Other Names
-
- Benzyl alcohol, «alpha»-(1-methylaminoethyl)-
- 1-«alpha»-(1-Methylaminoethyl)-benzyl alcohol
- 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 | 0.5901 | Relay (1.0) Calculated Property | |
| ΔfG° | 93.42 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -116.26 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 17.84 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 80.33 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.54 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.06 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.328 | Crippen Calculated Property | |
| McVol | 143.850 | ml/mol | McGowan Calculated Property |
| Pc | 3356.75 | kPa | Joback Calculated Property |
| Tboil | 511.99 | K | Relay (1.0) Calculated Property |
| Tc | 744.73 | K | Relay (1.0) Calculated Property |
| Tfus | 379.56 | K | Relay (1.0) Calculated Property |
| Vc | 0.510 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [361.03; 428.04] | J/mol×K | [596.35; 797.42] | 
|
| Cp,gas | 361.03 | J/mol×K | 596.35 | Joback Calculated Property |
| Cp,gas | 374.04 | J/mol×K | 629.86 | Joback Calculated Property |
| Cp,gas | 386.27 | J/mol×K | 663.37 | Joback Calculated Property |
| Cp,gas | 397.75 | J/mol×K | 696.89 | Joback Calculated Property |
| Cp,gas | 408.51 | J/mol×K | 730.40 | Joback Calculated Property |
| Cp,gas | 418.60 | J/mol×K | 763.91 | Joback Calculated Property |
| Cp,gas | 428.04 | J/mol×K | 797.42 | Joback Calculated Property |
Similar Compounds
![Benzenemethanol, 4-hydroxy-«alpha»-[1-(methylamino)ethyl]-, (R*,S*)-.](data:image/png;base64,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)
![Benzenemethanol, «alpha»-[1-(ethylmethylamino)ethyl]-, [R-(R*,S*)]-.](data:image/png;base64,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)
Find more compounds similar to Benzenemethanol, «alpha»-[1-(methylamino)ethyl]-.
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