About this product

Product Identifiers

PublisherElsevier Science & Technology

ISBN-100120449838

ISBN-139780120449835

eBay Product ID (ePID)2700480

Product Key Features

Number of Pages354 Pages

LanguageEnglish

Publication NameModeling for Preparative Chromatography

Publication Year2003

SubjectChemistry / Analytic

TypeTextbook

AuthorBingchang Lin, Georges Guiochon

Subject AreaScience

FormatHardcover

Dimensions

Item Weight28.8 Oz

Item Length10 in

Item Width6.9 in

Additional Product Features

Intended AudienceScholarly & Professional

LCCN2004-271245

Dewey Edition22

IllustratedYes

Dewey Decimal543/.80151

Table Of ContentCHAPTER I. INTRODUCTION CHAPTER II. PHYSICO-CHEMICAL BASIS OF CHROMATOGRAPHY CHAPTER III. MATHEMATICAL BASIS OF CHROMATOGRAPHY CHAPTER IV. THE PROFILES OF SINGLE COMPONENT BANDS IN LINEAR NONIDEAL CHROMATOGRAPHY CHAPTER V. SINGLE COMPONENT, IDEAL, NONLINEAR CHROMATOGRAPHY CHAPTER VI. IDEAL NONLINEAR REACTION CHROMATOGRAPHY CHAPTER VII. THE PROFILES OF SINGLE-COMPONENT BANDS IN NONLINEAR NONIDEAL CHROMATOGRAPHY CHAPTER VIII. TWO-COMPONENT IDEAL NONLINEAR CHROMATOGRAPHY CHAPTER IX. NUMERICAL ANALYSIS OF CHROMATOGRAPHY PROBLEMS

SynopsisNonlinear chromatography is a field that borders both chemical engineering and physical chemistry. In turn, the theory of nonlinear chromatography is the foundation of preparative chromatography, a separation process that has lately become of considerable interest in the pharmaceutical industry. Only chromatography is sufficiently flexible and powerful to satisfy the practical requirements encountered in most difficult separations of pharmaceuticals and pharmaceutical intermediates. Since "nonlinear" behaviour is strictly a mathematical concept, it is difficult to leave mathematics out of any fundamental study of nonlinear chromatography. Therefore, Modeling for Preparative Chromatography will describe the different mathematical models of chromatography, examine the assumptions on which they are based, consider their properties, and discuss their solutions. All this will be done from a mathematical analysis point of view, paying considerable attention to the influence of nonlinear behavior on the results. Clear and simple discussions of the basic physico-chemical phenomena involved in HPLC Clear and complete presentation of the relevant properties of the mathematical tools involved Detailed analysis of nonlinear effects, Nonlinear chromatography is a field that borders both chemical engineering and physical chemistry. In turn, the theory of nonlinear chromatography is the foundation of preparative chromatography, a separation process that has lately become of considerable interest in the pharmaceutical industry. Only chromatography is sufficiently flexible and powerful to satisfy the practical requirements encountered in most difficult separations of pharmaceuticals and pharmaceutical intermediates. Since "nonlinear" behaviour is strictly a mathematical concept, it is difficult to leave mathematics out of any fundamental study of nonlinear chromatography. Therefore, Modeling for Preparative Chromatography will describe the different mathematical models of chromatography, examine the assumptions on which they are based, consider their properties, and discuss their solutions. All this will be done from a mathematical analysis point of view, paying considerable attention to the influence of nonlinear behavior on the results.

LC Classification NumberQD79.C4G85 2003