- InChI
- InChI=1S/C9H10O3/c1-2-12-9(11)7-4-3-5-8(10)6-7/h3-6,10H,2H2,1H3
- InChI Key
- MWSMNBYIEBRXAL-UHFFFAOYSA-N
- Formula
- C9H10O3
- SMILES
- CCOC(=O)c1cccc(O)c1
- Molecular Weight1
- 166.18
- Other Names
-
- 3-hydroxybenzoic acid ethyl ester
- benzoic acid, 3-hydroxy-, ethyl ester
- benzoic acid, m-hydroxy-, ethyl ester
- ethyl m-hydroxybenzoate
- m-Hydroxybenzoic acid ethyl ester
- m-ethoxycarbonylphenol
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- η : Dynamic viscosity (Pa×s).
- 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).
- ΔvapH : Enthalpy of vaporization at a given temperature (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).
- Tboilr : Boiling point at reduced pressure (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 | 0.6390 | Relay (1.0) Calculated Property | |
| ΔfG° | -251.23 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -485.21 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 21.68 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 79.73 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.67 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.82 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.569 | Crippen Calculated Property | |
| McVol | 127.220 | ml/mol | McGowan Calculated Property |
| Pc | 4130.29 | kPa | Joback Calculated Property |
| Tboil | 568.20 | K | NIST |
| Tc | 748.52 | K | Relay (1.0) Calculated Property |
| Tfus | 343.84 | K | Relay (1.0) Calculated Property |
| Vc | 0.455 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [304.03; 361.35] | J/mol×K | [588.91; 816.64] | 
|
| Cp,gas | 304.03 | J/mol×K | 588.91 | Joback Calculated Property |
| Cp,gas | 315.28 | J/mol×K | 626.86 | Joback Calculated Property |
| Cp,gas | 325.77 | J/mol×K | 664.82 | Joback Calculated Property |
| Cp,gas | 335.56 | J/mol×K | 702.77 | Joback Calculated Property |
| Cp,gas | 344.71 | J/mol×K | 740.73 | Joback Calculated Property |
| Cp,gas | 353.29 | J/mol×K | 778.68 | Joback Calculated Property |
| Cp,gas | 361.35 | J/mol×K | 816.64 | Joback Calculated Property |
| η | [0.0000400; 0.0010100] | Pa×s | [401.49; 588.91] |
|
| η | 0.0010100 | Pa×s | 401.49 | Joback Calculated Property |
| η | 0.0004856 | Pa×s | 432.73 | Joback Calculated Property |
| η | 0.0002577 | Pa×s | 463.96 | Joback Calculated Property |
| η | 0.0001481 | Pa×s | 495.20 | Joback Calculated Property |
| η | 0.0000909 | Pa×s | 526.44 | Joback Calculated Property |
| η | 0.0000590 | Pa×s | 557.67 | Joback Calculated Property |
| η | 0.0000400 | Pa×s | 588.91 | Joback Calculated Property |
| ΔvapH | 78.40 | kJ/mol | 360.00 | Gas-phase enthalpies of formation of ethyl hydroxybenzoates: An experimental and theoretical approach |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | [460.70; 484.20] | K | [4.10; 8.70] |
|
| Tboilr | 460.70 | K | 4.10 | NIST |
| Tboilr | 484.20 | K | 8.70 | NIST |
Similar Compounds
![2-[(2-Hydroxybenzoyl)oxy]ethyl salicylate.](data:image/png;base64,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)
Find more compounds similar to ETHYL 3-HYDROXYBENZOATE.
Sources
- Cheméo Relay (1.0)
- Crippen Method
- Crippen Method
- Gas-phase enthalpies of formation of ethyl hydroxybenzoates: An experimental and theoretical approach
- Joback Method
- McGowan Method
- NIST Webbook
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