- InChI
- InChI=1S/C6H13NO4/c1-5(2)6(3-8,4-9)7(10)11/h5,8-9H,3-4H2,1-2H3
- InChI Key
- UREFUUVULNQGAM-UHFFFAOYSA-N
- Formula
- C6H13NO4
- SMILES
- CC(C)C(CO)(CO)[N+](=O)[O-]
- Molecular Weight1
- 163.17
- CAS
- 62155-31-1
- 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 | 0.7528 | Relay (1.0) Calculated Property | |
| ΔfG° | -238.05 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -447.36 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 19.90 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 76.08 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 10.14 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.91 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.358 | Crippen Calculated Property | |
| McVol | 124.560 | ml/mol | McGowan Calculated Property |
| Pc | 4051.80 | kPa | Joback Calculated Property |
| Tboil | 525.68 | K | Relay (1.0) Calculated Property |
| Tc | 768.52 | K | Relay (1.0) Calculated Property |
| Tfus | 376.72 | K | Relay (1.0) Calculated Property |
| Vc | 0.406 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [346.53; 391.04] | J/mol×K | [669.21; 862.16] | 
|
| Cp,gas | 346.53 | J/mol×K | 669.21 | Joback Calculated Property |
| Cp,gas | 355.16 | J/mol×K | 701.37 | Joback Calculated Property |
| Cp,gas | 363.26 | J/mol×K | 733.53 | Joback Calculated Property |
| Cp,gas | 370.87 | J/mol×K | 765.68 | Joback Calculated Property |
| Cp,gas | 378.01 | J/mol×K | 797.84 | Joback Calculated Property |
| Cp,gas | 384.72 | J/mol×K | 830.00 | Joback Calculated Property |
| Cp,gas | 391.04 | J/mol×K | 862.16 | Joback Calculated Property |
Similar Compounds
![1H-Pyrrolizine-1-methanol, hexahydro-7-hydroxy-, [1S-(1«alpha»,7«alpha»,7a«beta»)]-.](data:image/png;base64,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)
Find more compounds similar to 2-Nitro-2-isopropyl-1,3-propanediol.
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