- InChI
- InChI=1S/C11H12N2O5/c1-8-2-3-10-9(6-8)11(14)12(7-17-10)4-5-18-13(15)16/h2-3,6H,4-5,7H2,1H3
- InChI Key
- PRQKFPKMNWUHSR-UHFFFAOYSA-N
- Formula
- C11H12N2O5
- SMILES
-
Cc1ccc2c(c1)C(=O)N(CCO[N+](=O)
[O-])CO2 - Molecular Weight1
- 252.22
- CAS
- 143248-64-0
- Other Names
-
- 2,3-Dihydro-6-methyl-3-[2-(nitrooxy)ethyl]-4H-1,3-benzoxazin-4-one
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH : Enthalpy of fusion at a given temperature (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 | 0.7413 | Relay (1.0) Calculated Property | |
| ΔfG° | 16.23 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -323.67 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 97.12 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.64 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.18 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.995 | Crippen Calculated Property | |
| McVol | 171.940 | ml/mol | McGowan Calculated Property |
| Pc | 2664.41 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 617.12 | K | Relay (1.0) Calculated Property |
| Tc | 857.79 | K | Relay (1.0) Calculated Property |
| Tfus | 359.63 | K | Relay (1.0) Calculated Property |
| Vc | 0.633 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| ΔfusH | 27.10 | kJ/mol | 351.20 | NIST |
Similar Compounds
![4-(ethylamino)-2-(3-methoxypropyl)-1,1-dioxo-3,4-dihydrothieno[3,2-e]thiazine-6-sulfonamide.](data:image/png;base64,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)
Find more compounds similar to 6-Methyl-3-(2-nitroxyethyl)-2H-1,3-benzoxazin-4(3H)-one.
Sources
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- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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