Molecular Design and Engineering for Affinity Separations of Polar Systems using Isothermal Titration Calorimetry and Molecular Modeling

Chemistry

• 4-Cyanopyridine 7%
• Acetate 30%
• Acid 84%
• Alkalinity 7%
• Amine 7%
• Amount 7%
• Aqueous Solution 7%
• Azeotropic Mixture 23%
• Base 30%
• Boiling 15%
• Carboxylic Acid 23%
• Chemical Industry 7%
• Complexation 61%
• Concentration 30%
• Contaminant 7%
• Diluting Agent 61%
• Distillation 46%
• Electron Affinity 46%
• Energy 38%
• Enthalpy 53%
• Entropy 7%
• Equilibrium 15%
• Evaporation 7%
• Fermentation 7%
• Food 7%
• Gibbs Free Energy 7%
• Green Chemistry 7%
• Group 7%
• Hydrogen Bond 7%
• Industrial Waste 7%
• Industry 15%
• Ionic Liquid 7%
• Isothermal Titration Calorimetry 100%
• Liquid 7%
• Liquid-Liquid Equilibrium 30%
• Manufacturing Process 7%
• Mixture 30%
• Molecular Design 100%
• Molecular Geometry 7%
• Molecular Modeling 100%
• Molecular Structure 23%
• Molecule 7%
• Nitrogen 7%
• Number 7%
• Oxide 7%
• Pharmaceutical Industry 7%
• Phase Composition 23%
• Phase Equilibria 7%
• Phenol 23%
• Plastic 7%
• Procedure 84%
• Reaction Temperature 38%
• Solvent 84%
• Solvent Effect 23%
• Solvent Extraction 100%
• Structure 7%
• Tertiary Amine 15%
• Time 7%
• Titration 7%
• Toluene 7%
• Water Type 7%

Biochemistry, Genetics and Molecular Biology

• Acetic Acid 30%
• Affinity Separation 100%
• Aqueous Solution 7%
• Chemical Structure 23%
• Complex Formation 69%
• Comprehension 15%
• Development 15%
• Distillation 46%
• Energy 46%
• Enthalpy 53%
• Entropy 7%
• Evaporation 7%
• Experiment 7%
• Extraction 15%
• Fermentation 7%
• Hydrogen Bond 7%
• Ionic Liquid 7%
• Isothermal Titration Calorimetry 100%
• Liquid 53%
• Liquid Liquid Extraction 100%
• Molecular Model 100%
• Molecule 7%
• Regeneration 46%
• Separation Method 30%
• Software 7%
• Solvent 84%
• Solvent Effect 23%
• Temperature 30%
• Temperature Sensitivity 7%
• Time 7%
• Toluene 7%
• Trioctylphosphine 7%
• Vapor 7%