- InChI
- InChI=1S/C10H16O/c1-6(2)10-5-8(10)7(3)4-9(10)11/h4,6,8-9,11H,5H2,1-3H3
- InChI Key
- OJTQGSSVGDYALN-UHFFFAOYSA-N
- Formula
- C10H16O
- SMILES
- CC1=CC(O)C2(C(C)C)CC12
- Molecular Weight1
- 152.23
- CAS
- 3310-03-0
- Other Names
-
- Umbellulol
- 3-thujen-2-ol
- 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).
- 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 |
|---|---|---|---|
| ΔfG° | 22.69 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -220.43 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 14.10 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 53.46 | kJ/mol | Joback Calculated Property |
| log10WS | -2.30 | Crippen Calculated Property | |
| logPoct/wat | 1.969 | Crippen Calculated Property | |
| McVol | 131.610 | ml/mol | McGowan Calculated Property |
| Pc | 3138.51 | kPa | Joback Calculated Property |
| Inp | 1107.00 | NIST | |
| I | 1707.00 | NIST | |
| Tboil | 533.13 | K | Joback Calculated Property |
| Tc | 726.81 | K | Joback Calculated Property |
| Tfus | 317.10 | K | Joback Calculated Property |
| Vc | 0.505 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [335.61; 407.24] | J/mol×K | [533.13; 726.81] | 
|
| Cp,gas | 335.61 | J/mol×K | 533.13 | Joback Calculated Property |
| Cp,gas | 349.43 | J/mol×K | 565.41 | Joback Calculated Property |
| Cp,gas | 362.34 | J/mol×K | 597.69 | Joback Calculated Property |
| Cp,gas | 374.46 | J/mol×K | 629.97 | Joback Calculated Property |
| Cp,gas | 385.91 | J/mol×K | 662.25 | Joback Calculated Property |
| Cp,gas | 396.80 | J/mol×K | 694.53 | Joback Calculated Property |
| Cp,gas | 407.24 | J/mol×K | 726.81 | Joback Calculated Property |
Similar Compounds
![Bicyclo[3.1.1]hept-3-en-2-ol, 4,6,6-trimethyl-, [1S-(1«alpha»,2«beta»,5«alpha»)]-.](data:image/png;base64,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)
Find more compounds similar to 3-Thujen-2-ol, stereoisomer.
Sources
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