- InChI
- InChI=1S/C11H14O2/c1-11(7-12-8-11)9-13-10-5-3-2-4-6-10/h2-6H,7-9H2,1H3
- InChI Key
- DMVWICDWJIUWPO-UHFFFAOYSA-N
- Formula
- C11H14O2
- SMILES
- CC1(COc2ccccc2)COC1
- Molecular Weight1
- 178.23
- 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 | 0.4714 | Relay (1.0) Calculated Property | |
| ΔfG° | 6.19 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -216.74 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 17.19 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 62.33 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.19 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.14 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.102 | Crippen Calculated Property | |
| McVol | 142.970 | ml/mol | McGowan Calculated Property |
| Pc | 3195.54 | kPa | Joback Calculated Property |
| Inp | 1450.00 | NIST | |
| Tboil | 533.33 | K | Relay (1.0) Calculated Property |
| Tc | 745.50 | K | Relay (1.0) Calculated Property |
| Tfus | 339.26 | K | Relay (1.0) Calculated Property |
| Vc | 0.530 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [342.16; 427.06] | J/mol×K | [538.38; 770.34] | 
|
| Cp,gas | 342.16 | J/mol×K | 538.38 | Joback Calculated Property |
| Cp,gas | 358.86 | J/mol×K | 577.04 | Joback Calculated Property |
| Cp,gas | 374.33 | J/mol×K | 615.70 | Joback Calculated Property |
| Cp,gas | 388.72 | J/mol×K | 654.36 | Joback Calculated Property |
| Cp,gas | 402.21 | J/mol×K | 693.02 | Joback Calculated Property |
| Cp,gas | 414.94 | J/mol×K | 731.68 | Joback Calculated Property |
| Cp,gas | 427.06 | J/mol×K | 770.34 | Joback Calculated Property |
Similar Compounds
![Oxetane, 3-methyl-3-(2-methyl-1-[3-methylphenyloxy)propyl].](data:image/png;base64,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)
Find more compounds similar to Oxetane, 3-methyl-3-phenoxymethyl.
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