- InChI
- InChI=1S/C21H41NO/c1-18(2)10-7-11-19(3)12-8-13-20(4)14-9-15-21(5)16-17-22-23-6/h16-20H,7-15H2,1-6H3/b21-16+,22-17+
- InChI Key
- MVWDZTYQBOMLGA-LPFJTETCSA-N
- Formula
- C21H41NO
- SMILES
-
CON=CC=C(C)CCCC(C)CCCC(C)CCCC(
C)C - Molecular Weight1
- 323.56
- 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 | 0.8324 | Relay (1.0) Calculated Property | |
| ΔfG° | 231.78 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -400.53 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 97.85 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.67 | eV | Relay (1.0) Calculated Property |
| log10WS | -7.16 | Relay (1.0) Calculated Property | |
| logPoct/wat | 7.004 | Crippen Calculated Property | |
| McVol | 314.000 | ml/mol | McGowan Calculated Property |
| Pc | 932.35 | kPa | Joback Calculated Property |
| Inp | [2197.00; 2197.00] |
|
|
| Inp | 2197.00 | NIST | |
| Inp | 2197.00 | NIST | |
| Tboil | 597.90 | K | Relay (1.0) Calculated Property |
| Tc | 765.74 | K | Relay (1.0) Calculated Property |
| Tfus | 279.74 | K | Relay (1.0) Calculated Property |
| Vc | 1.129 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![2-Hexadecene, 3,7,11,15-tetramethyl-, [R-[R*,R*-(E)]]-.](data:image/png;base64,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)
Find more compounds similar to 3,7,11,15-Tetramethyl-2-hexadecenal, O-methyloxime.
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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