High-Performance Liquid Chromatography

Contents List of Contributors Conspectus Preface Contents of Volume 1Optimization in Liquid Chromatography I. Introduction II. Resolution and Efficiency III. Analysis Time, Flowrate, and Pressure IV. Flow Velocity and Column Efficiency V. What to Optimize in Liquid Chromatography VI. Equations Used for Optimization VII. Ways to Achieve 5000 Plates in 5 Minutes VIII. Column Performance at Minimum Inlet Pressure IX. Critical Minimum Pressure X. Achievement of Fastest Analyses XI. Practical Considerations XII. Equipment Specifications XIII. Conclusions References Liquid Chromatography on Silica and Alumina as Stationary Phases I. Introduction II. Stationary Phases III. Role of the Eluent IV. Effect of Sample Structure on Retention V. Anisocratic Analysis VI. Theory of Adsorption Chromatography VII. Selected Applications VIII. Prospects References Reversed-Phase Chromatography I. Introduction II. The Stationary Phase III. The Mobile Phase IV. Effect of Temperature V. Theory of Reversed-Phase Chromatography VI. Modulation of Selectivity by Secondary Equilibria VII. Physicochemical Measurements VIII. Selected Analytical Applications Notation References Index Erratum