- InChI
- InChI=1S/C11H9NO3/c1-15-11-7-6-10(12(13)14)8-4-2-3-5-9(8)11/h2-7H,1H3
- InChI Key
- YFJKGPRYPHFGQD-UHFFFAOYSA-N
- Formula
- C11H9NO3
- SMILES
- COc1ccc([N+](=O)[O-])c2ccccc12
- Molecular Weight1
- 203.19
- CAS
- 4900-63-4
- Other Names
-
- 1-Methoxy-4-nitronaphthalene
- 1-Nitro-4-methoxynaphthalene
- methyl 4-nitronaphthyl ether
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- EA : Electron affinity (eV).
- 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 | 0.6048 | Relay (1.0) Calculated Property | |
| EA | 1.10 ± 0.10 | eV | NIST |
| ΔfG° | 172.09 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -19.82 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 27.08 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 83.28 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.14 | eV | Relay (1.0) Calculated Property |
| log10WS | -4.36 | Aq. Solubility Prediction | |
| logPoct/wat | 2.757 | Crippen Calculated Property | |
| McVol | 145.920 | ml/mol | McGowan Calculated Property |
| Pc | 3329.68 | kPa | Joback Calculated Property |
| Tboil | 612.37 | K | Relay (1.0) Calculated Property |
| Tc | 886.15 | K | Relay (1.0) Calculated Property |
| Tfus | 374.17 | K | Relay (1.0) Calculated Property |
| Vc | 0.517 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [366.34; 425.89] | J/mol×K | [680.96; 938.09] | 
|
| Cp,gas | 366.34 | J/mol×K | 680.96 | Joback Calculated Property |
| Cp,gas | 378.50 | J/mol×K | 723.81 | Joback Calculated Property |
| Cp,gas | 389.69 | J/mol×K | 766.67 | Joback Calculated Property |
| Cp,gas | 399.95 | J/mol×K | 809.52 | Joback Calculated Property |
| Cp,gas | 409.36 | J/mol×K | 852.38 | Joback Calculated Property |
| Cp,gas | 417.98 | J/mol×K | 895.23 | Joback Calculated Property |
| Cp,gas | 425.89 | J/mol×K | 938.09 | Joback Calculated Property |
Similar Compounds
![2-Naphthalenol, 1-[(4-methoxyphenyl)azo]-.](data:image/png;base64,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)
Find more compounds similar to Naphthalene, 1-methoxy-4-nitro-.
Sources
- Cheméo Relay (1.0)
- Crippen Method
- Joback Method
- Aqueous Solubility Prediction Method
- McGowan Method
- NIST Webbook
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