Description
Book SynopsisA standard reference text of the theoretical bases for high performance liquid chromatography, which explains terminology, thermodynamics and kinetics, detectors and derivatization, stationary phases, separations, equipment, error analysis and advanced techniques.
Table of ContentsThe Theory of the Dynamics of Liquid Chromatography (S. Weber &P. Carr).
Mechanism of Solute Retention in Chromatography (R. Scott).
Oxide Stationary Phases (K. Unger & U. Trudinger).
Carbon in Liquid Chromatography (J. Knox & B. Kaur).
Organic Polymeric Stationary Phases (D. Pietrzyk).
Size-Exclusion Liquid Chromatography (W. Yau, et al.).
High Performance Affinity Chromatography (I. Chaiken, etal.).
Separation of Chiral Compounds with -Acid Glycoprotein as Selector(J. Hermansson & G. Schill).
High-Speed Liquid Chromatography (R. Simpson).
A Theoretical Approach to Derivatizations for HPLC (I. Krull, etal.).
Preparative Liquid Chromatography (H. Colin).
Process High Performance Liquid Chromatography (W. Skea).
Precision in HPLC (E. Grushka & I. Zamir).
HPLC as a Source of Information about Chemical Structure of Solutes(R. Kaliszan).
Field-Flow Fractionation: An HPLC Analogue (L. Kesner & J.Giddings).
Multidimensional Techniques in Chromatography (N. Sagliano, etal.).
Index.
