- InChI
- InChI=1S/C15H24O/c1-10(2)12-7-8-15(4)9-14(16)11(3)5-6-13(12)15/h12-14,16H,1,3,5-9H2,2,4H3/t12-,13?,14+,15-/m0/s1
- InChI Key
- KNGFBLYDZOXQMM-LRMYVUMKSA-N
- Formula
- C15H24O
- SMILES
- C=C1CCC2C(C(=C)C)CCC2(C)CC1O
- Molecular Weight1
- 220.35
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- 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).
- Inp : Non-polar retention indices.
- I : 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 | 0.4785 | Relay (... Calculated Property | |
| ΔfG° | 123.16 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -234.98 | kJ/mol | Relay (... Calculated Property |
| ΔfusH° | 18.66 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 91.58 | kJ/mol | Relay (... Calculated Property |
| IE | 8.84 | eV | Relay (... Calculated Property |
| log10WS | -3.60 | Relay (... Calculated Property | |
| logPoct/wat | 3.696 | Crippen Calculated Property | |
| McVol | 197.760 | ml/mol | McGowan Calculated Property |
| Pc | 2141.36 | kPa | Joback Calculated Property |
| Inp | 1703.00 | NIST | |
| I | 2487.00 | NIST | |
| Tboil | 572.77 | K | Relay (... Calculated Property |
| Tc | 792.00 | K | Relay (... Calculated Property |
| Tfus | 362.69 | K | Relay (... Calculated Property |
| Vc | 0.656 | m3/kmol | Relay (... Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [573.06; 677.55] | J/mol×K | [651.96; 859.17] | 
|
| Cp,gas | 573.06 | J/mol×K | 651.96 | Joback Calculated Property |
| Cp,gas | 592.62 | J/mol×K | 686.50 | Joback Calculated Property |
| Cp,gas | 611.16 | J/mol×K | 721.03 | Joback Calculated Property |
| Cp,gas | 628.80 | J/mol×K | 755.57 | Joback Calculated Property |
| Cp,gas | 645.67 | J/mol×K | 790.10 | Joback Calculated Property |
| Cp,gas | 661.88 | J/mol×K | 824.64 | Joback Calculated Property |
| Cp,gas | 677.55 | J/mol×K | 859.17 | Joback Calculated Property |
Similar Compounds
![11,11-Dimethyl-4,8-dimethylenebicyclo[7.2.0]undecan-3-ol.](data:image/png;base64,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)
Find more compounds similar to Dauca-8(14),11-dien-9-ol.
Sources
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