- InChI
- InChI=1S/C12H20N2/c1-3-14(4-2)11-10-13-12-8-6-5-7-9-12/h5-9,13H,3-4,10-11H2,1-2H3
- InChI Key
- QUMIGAREEPSVLG-UHFFFAOYSA-N
- Formula
- C12H20N2
- SMILES
- CCN(CC)CCNc1ccccc1
- Molecular Weight1
- 192.30
- CAS
- 1665-59-4
- Other Names
-
- Aniline, N-(2-(diethylamino)ethyl)-
- 1,2-Ethanediamine, N,N-diethyl-N'-phenyl-
- Benzenamine, N-(2-(diethylamino)ethyl)-
- Ethylenediamine, N,N-diethyl-N'-phenyl-
- N-(«beta»-(N,N-Diethylamino)ethyl)aniline
- 1167 F
- Ethane-1,2-diamine, N,N-diethyl-N'-phenyl-
- 1,2-Ethanediamine, N1,N1-diethyl-N2-phenyl-
- NSC 30212
- 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).
- 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 |
|---|---|---|---|
| ΔfG° | 362.74 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 66.52 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 29.00 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 53.06 | kJ/mol | Joback Calculated Property |
| log10WS | -2.14 | Crippen Calculated Property | |
| logPoct/wat | 2.440 | Crippen Calculated Property | |
| McVol | 176.140 | ml/mol | McGowan Calculated Property |
| Pc | 2431.44 | kPa | Joback Calculated Property |
| Tboil | 563.25 | K | Joback Calculated Property |
| Tc | 761.07 | K | Joback Calculated Property |
| Tfus | 336.55 | K | Joback Calculated Property |
| Vc | 0.652 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [434.75; 523.55] | J/mol×K | [563.25; 761.07] | 
|
| Cp,gas | 434.75 | J/mol×K | 563.25 | Joback Calculated Property |
| Cp,gas | 451.87 | J/mol×K | 596.22 | Joback Calculated Property |
| Cp,gas | 468.01 | J/mol×K | 629.19 | Joback Calculated Property |
| Cp,gas | 483.20 | J/mol×K | 662.16 | Joback Calculated Property |
| Cp,gas | 497.49 | J/mol×K | 695.13 | Joback Calculated Property |
| Cp,gas | 510.93 | J/mol×K | 728.10 | Joback Calculated Property |
| Cp,gas | 523.55 | J/mol×K | 761.07 | Joback Calculated Property |
Similar Compounds
![Thiosulfuric acid, s-[2-[(2-anilinoethyl)amino]ethyl]ester.](data:image/png;base64,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)
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Sources
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