- InChI
- InChI=1S/C12H24O2/c1-4-6-7-8-11-9-10-13-12(3,5-2)14-11/h11H,4-10H2,1-3H3/t11-,12+/m0/s1
- InChI Key
- DURNOWZZDBQNIF-NWDGAFQWSA-N
- Formula
- C12H24O2
- SMILES
- CCCCCC1CCOC(C)(CC)O1
- Molecular Weight1
- 200.32
- 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).
- 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 | 0.4883 | Relay (1.0) Calculated Property | |
| ΔfG° | -110.83 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -543.94 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 29.40 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 60.43 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.26 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.77 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.498 | Crippen Calculated Property | |
| McVol | 180.820 | ml/mol | McGowan Calculated Property |
| Pc | 2121.68 | kPa | Joback Calculated Property |
| I | 1485.00 | NIST | |
| Tboil | 498.98 | K | Relay (1.0) Calculated Property |
| Tc | 683.04 | K | Relay (1.0) Calculated Property |
| Tfus | 230.07 | K | Relay (1.0) Calculated Property |
| Vc | 0.685 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [466.39; 570.74] | J/mol×K | [542.98; 740.89] | 
|
| Cp,gas | 466.39 | J/mol×K | 542.98 | Joback Calculated Property |
| Cp,gas | 486.11 | J/mol×K | 575.96 | Joback Calculated Property |
| Cp,gas | 504.78 | J/mol×K | 608.95 | Joback Calculated Property |
| Cp,gas | 522.50 | J/mol×K | 641.93 | Joback Calculated Property |
| Cp,gas | 539.34 | J/mol×K | 674.92 | Joback Calculated Property |
| Cp,gas | 555.39 | J/mol×K | 707.90 | Joback Calculated Property |
| Cp,gas | 570.74 | J/mol×K | 740.89 | Joback Calculated Property |
Similar Compounds
![1,6-dioxaspiro [4,5] decane, 7-methyl.](data:image/png;base64,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)
Find more compounds similar to 1,3-Dioxane, 2-ethyl-2-methyl-4-pentyl, 2S,4R.
Sources
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