- InChI
- InChI=1S/C6H12N2O3/c1-2-11-6(10)4-8-5(9)3-7/h2-4,7H2,1H3,(H,8,9)
- InChI Key
- LFAVEINQLWIXRA-UHFFFAOYSA-N
- Formula
- C6H12N2O4
- SMILES
- CCOC(=O)CNC(=O)CN
- Molecular Weight1
- 176.17
- CAS
- 627-74-7
- Other Names
-
- Ethyl N-glycylglycine
- Ethyl glycylglycinate
- Glycine, N-glycyl-, ethyl ester
- ω : Acentric Factor.
- ΔcH°solid : Standard solid enthalpy of combustion (kJ/mol).
- 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 | 0.6318 | Relay (1.0) Calculated Property | |
| ΔcH°solid | -3370.60 | kJ/mol | NIST |
| ΔfG° | -283.81 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -585.31 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 27.56 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 73.99 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.79 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.43 | Relay (1.0) Calculated Property | |
| logPoct/wat | -1.376 | Crippen Calculated Property | |
| McVol | 124.370 | ml/mol | McGowan Calculated Property |
| Pc | 3646.53 | kPa | Joback Calculated Property |
| Tboil | 535.98 | K | Relay (1.0) Calculated Property |
| Tc | 722.67 | K | Relay (1.0) Calculated Property |
| Tfus | 395.83 | K | Relay (1.0) Calculated Property |
| Vc | 0.452 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [306.11; 360.11] | J/mol×K | [571.67; 769.48] | 
|
| Cp,gas | 306.11 | J/mol×K | 571.67 | Joback Calculated Property |
| Cp,gas | 316.47 | J/mol×K | 604.64 | Joback Calculated Property |
| Cp,gas | 326.29 | J/mol×K | 637.61 | Joback Calculated Property |
| Cp,gas | 335.55 | J/mol×K | 670.57 | Joback Calculated Property |
| Cp,gas | 344.28 | J/mol×K | 703.54 | Joback Calculated Property |
| Cp,gas | 352.46 | J/mol×K | 736.51 | Joback Calculated Property |
| Cp,gas | 360.11 | J/mol×K | 769.48 | Joback Calculated Property |
Similar Compounds
![Glycine, N-[N-(trifluoroacetyl)glycyl]-, methyl ester.](data:image/png;base64,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)
![Glycine, N-[N-[N-(trifluoroacetyl)glycyl]glycyl]-, methyl ester.](data:image/png;base64,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)
Find more compounds similar to Glycylglycine ethyl ester.
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