![Bicyclo[2.2.1]heptane-3-methylene-2,2-dimethyl-5-ol acetate](/cid/77-085-3/Bicyclo-2-2-1-heptane-3-methylene-2-2-dimethyl-5-ol-acetate.png "Bicyclo[2.2.1]heptane-3-methylene-2,2-dimethyl-5-ol acetate")
- InChI
- InChI=1S/C12H18O2/c1-7-10-5-9(12(7,3)4)6-11(10)14-8(2)13/h9-11H,1,5-6H2,2-4H3
- InChI Key
- GVZSSHYAFJPRJY-UHFFFAOYSA-N
- Formula
- C12H18O2
- SMILES
- C=C1C2CC(CC2OC(C)=O)C1(C)C
- Molecular Weight1
- 194.27
- CAS
- 55627-02-6
- Other Names
-
- Nojigiku acetate
- 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.
- 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 | 0.3839 | Relay (1.0) Calculated Property | |
| ΔfG° | -42.19 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -424.61 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 18.48 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 67.85 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.90 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.14 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.540 | Crippen Calculated Property | |
| McVol | 161.360 | ml/mol | McGowan Calculated Property |
| Pc | 2400.57 | kPa | Joback Calculated Property |
| Inp | 1272.00 | NIST | |
| Tboil | 491.48 | K | Relay (1.0) Calculated Property |
| Tc | 726.83 | K | Relay (1.0) Calculated Property |
| Tfus | 330.12 | K | Relay (1.0) Calculated Property |
| Vc | 0.568 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [418.91; 511.38] | J/mol×K | [558.06; 767.19] | 
|
| Cp,gas | 418.91 | J/mol×K | 558.06 | Joback Calculated Property |
| Cp,gas | 436.52 | J/mol×K | 592.92 | Joback Calculated Property |
| Cp,gas | 453.10 | J/mol×K | 627.77 | Joback Calculated Property |
| Cp,gas | 468.76 | J/mol×K | 662.63 | Joback Calculated Property |
| Cp,gas | 483.62 | J/mol×K | 697.48 | Joback Calculated Property |
| Cp,gas | 497.79 | J/mol×K | 732.34 | Joback Calculated Property |
| Cp,gas | 511.38 | J/mol×K | 767.19 | Joback Calculated Property |
Similar Compounds
![Epilupeol (20[29]-lupen-3A-ol) acetate.](data:image/png;base64,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)
Find more compounds similar to Bicyclo[2.2.1]heptane-3-methylene-2,2-dimethyl-5-ol acetate.
Sources
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