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6 ½ X 9 7/16 in 1. Introduction, Definitions, Goal.
The Mass Balan ce Equation of Chromatography and Its General Properties.
Single-Component Equilibrium Isotherms.
Comp etitive Equilibrium Isotherms.
Transfer Phenomena in Chromatography.
Linear Chromatography.
Band Profiles of Single-Components with the Ideal Model.
Band Profiles of Two Components with the Ideal Model.
Band Profiles in Displacement Chromatography with the Ideal Model.
Single- Component Profiles with th e Equilibrium Dispersive Model.
Two-Component Ban d Profiles with the Equilibrium-Dispersive Model.
Frontal Analysis, Displacement and the Equilibrium-Dispersive Model.
System Peaks with the Equilibrium-Dispersive Model. < BR>
Kinetic Models and Single-Component Problems.
Gradient Elution Chromatography under Nonlinear Condit ions.
Kinetic Models and Multicomponent Problems.
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6 ½ X 9 7/16 in 1. Introduction, Definitions, Goal.
The Mass Balan ce Equation of Chromatography and Its General Properties.
Single-Component Equilibrium Isotherms.
Comp etitive Equilibrium Isotherms.
Transfer Phenomena in Chromatography.
Linear Chromatography.
Band Profiles of Single-Components with the Ideal Model.
Band Profiles of Two Components with the Ideal Model.
Band Profiles in Displacement Chromatography with the Ideal Model.
Single- Component Profiles with th e Equilibrium Dispersive Model.
Two-Component Ban d Profiles with the Equilibrium-Dispersive Model.
Frontal Analysis, Displacement and the Equilibrium-Dispersive Model.
System Peaks with the Equilibrium-Dispersive Model. < BR>
Kinetic Models and Single-Component Problems.
Gradient Elution Chromatography under Nonlinear Condit ions.
Kinetic Models and Multicomponent Problems.