Theoretical Advancement in Chromatography and Related Separation Techniques

The Ideal Model of Chromatography..- The Equilibrium-Dispersive Model of Chromatography..- Review of the Various Models of Linear Chromatography, and of their Solutions..- Theory of Zonoids: I) A Mathematical Summary..- Theory of Zonoids: II) Application to Chromatographic Processes..- Stochastic Theory of Chromatography. The Characteristic Function Method and the Approximation of Chromatographic Peak Shape..- Applications of a Mechanism-Independent Retention Equation-System Peaks..- Principles of Adsorption at Solid Surfaces and their Significance in Gas/Solid and Liquid/Solid Chromatography..- Unified Approach to the Theory of Chromatography. I) “Incompressible” Binary Mobile Phase (Liquid Chromatography)..- Unified Approach to the Theory of Chromatography. II) Compressible, Neat Mobile Phase (Supercritical Fluid Chromatography)..- The Position of Supercritical-Fluid Chromatography between Gas and Liquid Chromatography from a Kinetic Point of View..- Physicochemical Measurement by Chromatography: Overview and Solution Thermodynamics..- Physicochemical Measurements by Chromatography: Diffusion and Rate Processes..- Gas Chromatographic Techniques to Elucidate the Working Mechanism of Graphitized Carbon Black-Liquid Modifier-Eluate Interactions..- Mechanisms of the Separation and Transport of Polymer Systems in Chromatographic Media..- Physicochemical Basis of Hydrophobic Interaction Chromatography..- Theoretical Aspects of Quantitative Affinity Chromatography..- Theoretical Basis of Field-Flow Fractionation..- Conventional Isoelectric Focusing and Immobilized pH Gradients..- Solute Band Spreading in Capillary Electrophoresis..