Selectivity and Detectability Optimizations in HPLC

High Performance Liquid Chromatography Edited by Phyllis Brown and Richard Hartwick This contributed volume is designed to consolidate the basic theories of chromatography along with the more exciting developments in the field. This monograph addresses some questions that concern researchers in separation science, including: what is the current state of the art in liquid chromatography; has the development of liquid chromatography plateaued; if so, what new methods will take its place or complement it; and if not, where will the new frontiers be and what direction will liquid chromatography take? 1989 (0 471–84506–X) 688 pp. Quantitative Structure–Chromatographic Retention Relationships R. Kaliszan Written by a pioneer in the field, this book extends and updates research on quantitative structure retention relationships by consolidating and critically reviewing the extensive literature on the subject, while also providing the basic theoretical and practical information required in all investigations involving chromatography, analytical chemistry, biochemistry, and pharmaceutical research. Among the topics covered are the nature of chromatographic interactions, molecular interpretation of distribution processes in chromatography, topological indices as retention descriptors, and multiparameter structure–chromatographic retention relationships. 1987 (0 471–85983–4) 303 pp. Detectors for Liquid Chromatography Edited by Edward S. Yeung With its singular coverage of this fast–growing field, Detectors for Liquid Chromatography presents the state of the art in this subject area. It offers a comprehensive examination of the basic principles behind the detector response, instrumentation, and selected applications for comparison and evaluation of potential. Specifically, topics given in–depth coverage include polarimetric, indirect absorbance, refractive index detectors, absorption detectors for HPLC, FTIR and fluorometric dete ction, detection based on electrical and electromechanical measurements, and mass spectroscopy as an on–line detector for HPLC. 1986 (0 471–82169–1) 366 pp.

Spis treści:
The Scope of Selectivity and Detectability Optimizations in HPLC.
Physicochemical Basis of Retention.
Probing Separation Mechanism in HPLC.
Conventional Approaches to Mobile–Phase Selection and Optimization.
Improving Separations in Adsorption for Normal–Phase Separations.
Selectivity Optimization in Reversed–Phase Separations.
Ion–Exchange Chromatography of Ionic and Ionizable Compounds.
Optimizing Selectivity of Ion–Pair Separations.
Macromolecular Separations.
Isomeric Separations.
Computer Optimization of Selectivity.
Selective Detectors in HPLC.
Detectability Optimization.
Index.

Nota biograficzna:
About the author SATINDER AHUJA is Senior Staff Scientist in the Physical and Analytical Chemistry Division at CIBAGEIGY Corporation. He earned his PhD in pharmaceutical analytical chemistry at the Philadelphia College of Pharmacy and Science. Dr. Ahuja, who enjoys an international reputation in his field, is a member of the American Chemical Society and the editor of four books, including Ultra Trace Analysis of Pharmaceutical and Other Compounds of Interest (Wiley, 1986). His publications and presentations include basic investigations on various modes of chromatography, automation/computerization, and analytical evaluations of drug candidates.

Okładka tylna:
High Performance Liquid Chromatography Edited by Phyllis Brown and Richard Hartwick This contributed volume is designed to consolidate the basic theories of chromatography along with the more exciting developments in the field. This monograph addresses some questions that concern researchers in separation science, including: what is the current state of the art in liquid chromatography; has the dev elopment of liquid chromatography plateaued; if so, what new methods will take its place or complement it; and if not, where will the new frontiers be and what direction will liquid chromatography take? 1989 (0 471–84506–X) 688 pp. Quantitative Structure–Chromatographic Retention Relationships R. Kaliszan Written by a pioneer in the field, this book extends and updates research on quantitative structure retention relationships by consolidating and critically reviewing the extensive literature on the subject, while also providing the basic theoretical and practical information required in all investigations involving chromatography, analytical chemistry, biochemistry, and pharmaceutical research. Among the topics covered are the nature of chromatographic interactions, molecular interpretation of distribution processes in chromatography, topological indices as retention descriptors, and multiparameter structure–chromatographic retention relationships. 1987 (0 471–85983–4) 303 pp. Detectors for Liquid Chromatography Edited by Edward S. Yeung With its singular coverage of this fast–growing field, Detectors for Liquid Chromatography presents the state of the art in this subject area. It offers a comprehensive examination of the basic principles behind the detector response, instrumentation, and selected applications for comparison and evaluation of potential. Specifically, topics given in–depth coverage include polarimetric, indirect absorbance, refractive index detectors, absorption detectors for HPLC, FTIR and fluorometric detection, detection based on electrical and electromechanical measurements, and mass spectroscopy as an on–line detector for HPLC. 1986 (0 471–82169–1) 366 pp.