Property Data
Constant Thermo-Physicochemical, Thermodynamic, and Transport Properties (34)
Mol-Instincts Sample Location : Click Mol-In Sample > “View Our Data” > “Physicochemical Data (Constant)”
ChemRTP Sample Location : Click ChemRTP Sample > Click a Compound Image
Code# | Data Name | Determined by* | Example & Samples | ||
---|---|---|---|---|---|
PC1 | Absolute Entropy of Ideal Gas at 298.15 K and 1 bar | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC2 | Acentric Factor | QSQN, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC3 | Critical Compressibility Factor | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC4 | Critical Pressure | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC5 | Critical Temperature | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC6 | Critical Volume | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC7 | Dipole Moment | Quantum Chemistry | QM Example | Mol-In Sample | |
PC8 | Electron Affinity | QSQN | QSQN Example | Mol-In Sample | |
PC9 | Enthalpy (Heat) of Formation for Ideal Gas at 298.15 K | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC10 | Enthalpy (Heat) of Fusion at Melting Point** | QSQN, Joback2 | QSQN Example | Mol-In Sample | |
PC11 | Flash Point | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC12 | Gibbs Energy of Formation for Ideal Gas at 298.15 K and 1 bar | QSQN, Joback2, Gani1 | QSQN Example | Mol-In Sample | |
PC13 | Heat (Enthalpy) of Vaporization at 298.15 K | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC14 | Heat (Enthalpy) of Vaporization at Normal Boiling Point | QSQN, Joback2, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC15 | Ionization Potential | QSQN | QSQN Example | Mol-In Sample | |
PC16 | Liquid Density at Normal Boiling Point | QSQN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC17 | Liquid Molar Volume at 298.15 K | QSQN, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC18 | Lower Flammability Limit Temperature | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC19 | Lower Flammability Limit Volume Percent | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC20 | Magnetic Susceptibility | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC21 | Net Standard State Enthalpy (Heat) of Combustion at 298.15 K*** | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC22 | Normal Boiling Point | QSQN, Joback2, Gani1, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC23 | Parachor | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC24 | Polarizability | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC25 | Radius of Gyration | Quantum Chemistry | Mol-In Sample | ||
PC26 | Refractive Index | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC27 | Solubility Parameter at 298.15 K | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC28 | Standard State Absolute Entropy at 298.15 K and 1 bar | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC29 | Standard State Enthalpy (Heat) of Formation at 298.15 K and 1 bar | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC30 | Standard State Gibbs Energy of Formation at 298.15 K and 1 bar | QSQN | QSQN Example | Mol-In Sample | |
PC31 | Upper Flammability Limit Temperature | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC32 | Upper Flammability Limit Volume Percent | QSQN, QN | QSQN Example | Mol-In Sample | ChemRTP Sample |
PC33 | van der Waals Area | Quantum Chemistry | Mol-In Sample | ||
PC34 | van der Waals Reduced Volume | Quantum Chemistry | Mol-In Sample |
**Available only for the chemical compounds consisting of C, H, N, O, and S atoms.
*** Available only for the chemical compounds consisting of C, H, N, O, S, F, Cl, Br, and I atoms.
1 Constantinou, L.; Gani, R. A New Group Contribution Method for the Estimation of Properties of Pure Compounds. AIChE J. 1994, 40, 1697–1710.
2 Joback, K.G.; Reid, R.C. Estimation of Pure-Component Properties from Group-Contributions. Chem. Eng. Commun. 1987, 57, 233-243.
Temperature Dependent Thermo-Physicochemical, Thermodynamic, and Transport Properties (11)
Mol-Instincts Sample Location : Click Mol-In Sample > “View Our Data” > “Physicochemical Data (Temp. Dependent)”
Code# | Data Name | Determined by* | Example & Samples | |
---|---|---|---|---|
PT1 | Heat Capacity of Ideal Gas | QSQN, Joback1 | QSQN Example | Mol-In Sample |
PT2 | Heat Capacity of Liquid | QSQN, Bondi2 | QSQN Example | Mol-In Sample |
PT3 | Heat of Vaporization | QSQN, Watson3 | QSQN Example | Mol-In Sample |
PT4 | Liquid Density | QSQN, Rackett4, Gunn-Yamada5 | QSQN Example | Mol-In Sample |
PT5 | Second Virial Coefficient | QSQN, Mccann6 | QSQN Example | Mol-In Sample |
PT6 | Surface Tension | QSQN, Brock-Bird7, Miller8 | QSQN Example | Mol-In Sample |
PT7 | Thermal Conductivity of Gas | QSQN, Misic-Thodos9, Mod-Eucken10 | QSQN Example | Mol-In Sample |
PT8 | Thermal Conductivity of Liquid | QSQN, Sato-Riedel11 | QSQN Example | Mol-In Sample |
PT9 | Vapor Pressure of Liquid | QSQN, Riedel12 | QSQN Example | Mol-In Sample |
PT10 | Viscosity of Gas | QSQN, Reichenberg13 | QSQN Example | Mol-In Sample |
PT11 | Viscosity of Liquid | QSQN, Letsou-Stiel14, Joback1, Orrick-Erbar15 | QSQN Example | Mol-In Sample |
1 Joback, K.G.; Reid, R.C. Estimation of Pure-Component Properties from Group-Contributions. Chem. Eng. Commun. 1987, 57, 233-243.
2 Bondi, A. Estimation of Heat Capacity of Liquids. Ind. Eng. Chem. Fundamen. 1966, 5, 442-449.
3 Watson, K. M. Thermodynamics of the liquid state, Ind. Eng. Chem. 1943, 35, 398-406.
4 Rackett, H. G. Equation of state for saturated liquids, J. Chem. Eng. Data, 1970, 15, 514-517.
5 Gunn, R. D.; Yamada, T. A corresponding states correlation of saturated liquid volumes. AIChE J. 1971, 17, 1341-1345.
6 McCann, D. W.; Danner R. P. Prediction of Second Virial Coefficients of Organic Compounds by a Group Contribution Method, Ind. Eng. Chem. Process Des. Dev. 1984, 23. 529-533.
7 Brock, J. R.; Bird, R. B. Surface Tension and the Principle of Corresponding States, AIChE J. 1955, 1, 174-177.
8 Miller, D. G.; Thodos, G. Correspondence. Reduced Frost-Kalkwarf Vapor Pressure Equation, Ind. Eng. Chem. Fundamen. 1963, 2, 78-80.
9 Misic, D.; Thodos, G. Atmospheric Thermal Conductivities of Gases of Simple Molecular Structure, J. Chem. Eng. Data, 1963, 8, 540-544.
10 Poling, B. E.; Prausnitz, J. M.; O’Connell, J. P. The Properties of Gases and Liquids, 5th Ed., New York, McGraw Hill, 2001; pp10.3.
11 Reid, R.C.; Prausnitz, J. M.; Poling, B. E. The Properties of Gases and Liquids, 4th ed., New York, McGraw-Hill, 1987.
12 Poling, B. E.; Prausnitz, J. M.; O’Connell, J. P. The Properties of Gases and Liquids, 5th Ed., New York, McGraw Hill, 2001; pp 7.9.
13 Reichenberg, D. AIChE J. 1973, 19, 854.; Reichenberg, D. AIChE J. 1975, 21, 181.
14 Letsou, A.; Stiel, L. I. Viscosity of saturated nonpolar liquids at elevated pressures. AIChE J. 1973, 19, 409-411.
15 Reid, R.C.; Prausnitz, J. M.; Poling, B. E. The Properties of Gases and Liquids, 4th ed., New York, McGraw-Hill, 1987; pp 456.
Pharmaceutical Properties (13)
Mol-Instincts Sample Location : Click Mol-In Sample > “View Our Data” > “Pharmaceutical Data”
ChemRTP Sample Location : Click ChemRTP Sample > Click a Compound Image > View Data
Code# | Data Name | Determined by* | *Samples | |
---|---|---|---|---|
PP1 | Activity Score for GPCR Ligands | Bayesian Statistics Based | Mol-In Sample | |
PP2 | Activity Score for Ion Channel Modulators | Bayesian Statistics Based | Mol-In Sample | |
PP3 | Activity Score for Kinase Inhibitors | Bayesian Statistics Based | Mol-In Sample | |
PP4 | Activity Score for Nuclear Receptor Ligands | Bayesian Statistics Based | Mol-In Sample | |
PP5 | Drug-Likeness | Definition | Mol-In Sample | |
PP6 | Ghose-Crippen Molar Refractivity | Definition | Mol-In Sample | |
PP7 | Ghose-Crippen Octanol-Water Partition Coeff. (logP) | Definition | Mol-In Sample | |
PP8 | Lipinski Alert Index | Definition | Mol-In Sample | |
PP9 | LogP (Octanol-Water Partition Coefficient) | QSQN | Mol-In Sample | |
PP10 | LogS (Water Solubility) | QSQN,QN | Mol-In Sample | ChemRTP Sample |
PP11 | Moriguchi Octanol-Water Partition Coeff. (logP) | Definition | Mol-In Sample | |
PP12 | Number of Acceptor Atoms for H-bonds (N,O) | Definition | Mol-In Sample | |
PP13 | Number of Donor Atoms for H-bonds (N,O) | Definition | Mol-In Sample |
IK-Cape (IKC) File for Process Simulation Software, e.g., AspenPlus (Downloadable)
If the built-in property database of your process simulation software does not contain the chemical compound(s) you need, simply load this IK-CAPE file into your software and continue working. You can obtain IK-CAPE file by downloading it from Mol-Instincts website after subscription or request delivery service.
Code# for Deep Data Delivery Service: ICF0
IK-Cape File Sample Download Location: Click Mol-In Sample > “View Our Data” > “Save Data as IKC” button located at the right side of the 2D image for the chemical compound
(IMPORTANT) Note for All IK-Cape file users: By using the sample IK-Cape files available in Mol-In Sample, please test and verify if the IK-Cape file provided from us is working properly with your software before order.