- InChI
- InChI=1S/C7H13ClO2/c1-7(3-2-4-8)9-5-6-10-7/h2-6H2,1H3
- InChI Key
- OFERIRWCHSOJJT-UHFFFAOYSA-N
- Formula
- C7H13ClO2
- SMILES
- CC1(CCCCl)OCCO1
- Molecular Weight1
- 164.63
- CAS
- 5978-08-5
- Other Names
-
- 2,2-(Ethylenedioxy)-5-chloropentane
- 5-Chloro-2-pentanone ethylene ketal
- 2-(3-chloropropyl)-2-methyl-1,3-dioxolane
- 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).
- Tboil : Normal Boiling Point Temperature (K).
- Tboilr : Boiling point at reduced pressure (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 | 0.4023 | Relay (... Calculated Property | |
| ΔfG° | -145.05 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -475.98 | kJ/mol | Relay (... Calculated Property |
| ΔfusH° | 21.68 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 54.14 | kJ/mol | Relay (... Calculated Property |
| IE | 9.79 | eV | Relay (... Calculated Property |
| log10WS | -1.30 | Relay (... Calculated Property | |
| logPoct/wat | 1.768 | Crippen Calculated Property | |
| McVol | 122.610 | ml/mol | McGowan Calculated Property |
| Pc | 3380.21 | kPa | Joback Calculated Property |
| Tboil | 463.26 | K | Relay (... Calculated Property |
| Tc | 655.85 | K | Relay (... Calculated Property |
| Tfus | 226.42 | K | Relay (... Calculated Property |
| Vc | 0.453 | m3/kmol | Relay (... Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [264.55; 335.41] | J/mol×K | [466.41; 676.87] | 
|
| Cp,gas | 264.55 | J/mol×K | 466.41 | Joback Calculated Property |
| Cp,gas | 278.51 | J/mol×K | 501.49 | Joback Calculated Property |
| Cp,gas | 291.48 | J/mol×K | 536.56 | Joback Calculated Property |
| Cp,gas | 303.54 | J/mol×K | 571.64 | Joback Calculated Property |
| Cp,gas | 314.82 | J/mol×K | 606.71 | Joback Calculated Property |
| Cp,gas | 325.41 | J/mol×K | 641.79 | Joback Calculated Property |
| Cp,gas | 335.41 | J/mol×K | 676.87 | Joback Calculated Property |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 347.70 | K | 0.90 | NIST |
Similar Compounds
![1,4-Dioxaspiro[4.5]decane.](data:image/png;base64,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)
Find more compounds similar to 1,3-Dioxolane, 2-(3-chloropropyl)-2-methyl-.
Sources
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