- InChI
- InChI=1S/C17H35NO/c1-3-4-5-6-7-8-9-10-11-12-13-14-15-16-17-18-19-2/h17H,3-16H2,1-2H3/b18-17+
- InChI Key
- WEWMVFJERXHKOV-ISLYRVAYSA-N
- Formula
- C17H35NO
- SMILES
- CCCCCCCCCCCCCCCC=NOC
- Molecular Weight1
- 269.47
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation 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).
- Inp : Non-polar retention indices.
- 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 | 0.8877 | Relay (1.0) Calculated Property | |
| ΔfG° | 192.96 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -330.52 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 89.40 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.36 | eV | Relay (1.0) Calculated Property |
| log10WS | -6.58 | Relay (1.0) Calculated Property | |
| logPoct/wat | 6.100 | Crippen Calculated Property | |
| McVol | 261.940 | ml/mol | McGowan Calculated Property |
| Pc | 1132.15 | kPa | Joback Calculated Property |
| Inp | [1890.00; 1905.00] |
|
|
| Inp | 1905.00 | NIST | |
| Inp | 1890.00 | NIST | |
| Inp | 1905.00 | NIST | |
| Inp | 1890.00 | NIST | |
| Tboil | 564.53 | K | Relay (1.0) Calculated Property |
| Tc | 749.68 | K | Relay (1.0) Calculated Property |
| Tfus | 323.26 | K | Relay (1.0) Calculated Property |
| Vc | 1.021 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![n-Nonanal, o-[(pentafluorophenyl)methyl]oxime.](data:image/png;base64,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)
Find more compounds similar to O-methyloxime hexadecanal.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- Joback Method
- McGowan Method
- NIST Webbook
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