- InChI
- InChI=1S/C8H8O3/c9-7-5-3-1-2-4-6(5)8(10)11-7/h1-4H2
- InChI Key
- HMMBJOWWRLZEMI-UHFFFAOYSA-N
- Formula
- C8H8O3
- SMILES
- O=C1OC(=O)C2=C1CCCC2
- Molecular Weight1
- 152.15
- CAS
- 2426-02-0
- Other Names
-
- 1,3-Isobenzofurandione, 4,5,6,7-tetrahydro-
- 1-Cyclohexene-1,2-dicarboxylic anhydride
- Tetrahydrophthalic anhydride
- 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).
- ΔfusH : Enthalpy of fusion at a given temperature (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).
- 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 |
|---|---|---|---|
| ΔfG° | -203.50 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -413.21 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 11.88 | kJ/mol | Molar h... |
| ΔvapH° | 48.98 | kJ/mol | Joback Calculated Property |
| log10WS | -1.45 | Crippen Calculated Property | |
| logPoct/wat | 0.940 | Crippen Calculated Property | |
| McVol | 106.570 | ml/mol | McGowan Calculated Property |
| Pc | 4339.67 | kPa | Joback Calculated Property |
| Tboil | 589.78 | K | Joback Calculated Property |
| Tc | 847.16 | K | Joback Calculated Property |
| Tfus | 402.53 | K | Joback Calculated Property |
| Vc | 0.397 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [266.56; 337.51] | J/mol×K | [589.78; 847.16] | 
|
| Cp,gas | 266.56 | J/mol×K | 589.78 | Joback Calculated Property |
| Cp,gas | 280.59 | J/mol×K | 632.68 | Joback Calculated Property |
| Cp,gas | 293.75 | J/mol×K | 675.57 | Joback Calculated Property |
| Cp,gas | 306.04 | J/mol×K | 718.47 | Joback Calculated Property |
| Cp,gas | 317.44 | J/mol×K | 761.36 | Joback Calculated Property |
| Cp,gas | 327.93 | J/mol×K | 804.26 | Joback Calculated Property |
| Cp,gas | 337.51 | J/mol×K | 847.16 | Joback Calculated Property |
| ΔfusH | 11.88 | kJ/mol | 220.00 | NIST |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 442.00 ± 1.00 | K | 3.30 | NIST |
Similar Compounds
![(5a«alpha»,9a«alpha»)-4,5,5a,6,7,8,9,9a-octahydro-6,6,9a-trimethylnaphtho[1,2-c]furan-1(3H)-one (isodrimenin).](data:image/png;base64,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)
Find more compounds similar to 3,4,5,6-Tetrahydrophthalic anhydride.
Sources
- Crippen Method
- Crippen Method
- Molar heat capacity and thermodynamic properties of 1-cyclohexene-1,2-dicarboxylic anhydride [C8H8O3]
- Joback Method
- McGowan Method
- NIST Webbook
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