- InChI
- InChI=1S/C10H12N2O5/c1-5(2)7-4-8(11(14)15)6(3)9(10(7)13)12(16)17/h4-5,13H,1-3H3
- InChI Key
- XBCVBHKJVWVNID-UHFFFAOYSA-N
- Formula
- C10H12N2O5
- SMILES
-
Cc1c([N+](=O)[O-])cc(C(C)C)c(O
)c1[N+](=O)[O-] - Molecular Weight1
- 240.21
- CAS
- 303-21-9
- Other Names
-
- 2,6-dinitrothymol
- 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° | 30.88 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -251.72 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 39.51 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 87.92 | kJ/mol | Joback Calculated Property |
| log10WS | -3.98 | Crippen Calculated Property | |
| logPoct/wat | 2.640 | Crippen Calculated Property | |
| McVol | 168.710 | ml/mol | McGowan Calculated Property |
| Pc | 3415.86 | kPa | Joback Calculated Property |
| Tboil | 853.68 | K | Joback Calculated Property |
| Tc | 1119.35 | K | Joback Calculated Property |
| Tfus | 650.38 | K | Joback Calculated Property |
| Vc | 0.612 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [489.27; 547.98] | J/mol×K | [853.68; 1119.35] | 
|
| Cp,gas | 489.27 | J/mol×K | 853.68 | Joback Calculated Property |
| Cp,gas | 500.07 | J/mol×K | 897.96 | Joback Calculated Property |
| Cp,gas | 510.31 | J/mol×K | 942.24 | Joback Calculated Property |
| Cp,gas | 520.10 | J/mol×K | 986.51 | Joback Calculated Property |
| Cp,gas | 529.56 | J/mol×K | 1030.79 | Joback Calculated Property |
| Cp,gas | 538.81 | J/mol×K | 1075.07 | Joback Calculated Property |
| Cp,gas | 547.98 | J/mol×K | 1119.35 | Joback Calculated Property |
Similar Compounds
![Galathan, 1,2,3,12,15,16-hexadehydro-9,10-[methylenebis(oxy)]-.](data:image/png;base64,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)
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