Selectivity and Detectability Optimizations in HPLC

Publication: New York, John Wiley & Sons, 1989 Formatting: 8vo, pp. 631. Condition Report: Near Fine. The volume presents exceptionally well, bound in the original green publisher's cloth which remains remarkably sharp, tight, and completely free of significant shelf-wear. The dark brown spine panel is unfaded, and the gilt tooling remains brilliant and entirely unoxidised. The text block is robust, maintaining a rigid, square profile with crisp, bright pages internally, entirely devoid of foxing, age-toning, or institutional stamps. Accompanied by its original dust jacket, which is in Very Good condition, displaying only minor rubbing and a few negligible creases to the extreme top edge, whilst remaining remarkably bright and unclipped. An exceptional, collector-grade example of a scientific monograph that is almost exclusively found in worn ex-library condition. Catalogue Note: This is a true first edition, first printing, as confirmed by the complete number line down to '1' present on the publisher's copyright page. It was issued as Volume 104 in the esteemed 'Chemical Analysis: A Series of Monographs on Analytical Chemistry and Its Applications', under the editorial direction of J. D. Winefordner and I. M. Kolthoff. While copies of this text frequently surface on the secondary market, they are almost universally heavily stamped, discarded institutional copies or expensive, modern print-on-demand reproductions. Encountering a genuinely pristine, unmarked first edition in its original dust jacket is uncommonly scarce on the open market, making this an ideal copy for a dedicated pharmaceutical archive or scientific library. In this comprehensive monograph, Dr. Satinder Ahuja delivers a critical examination of High-Performance Liquid Chromatography (HPLC), focusing intensely on the practical methodologies required to optimise selectivity and detectability in complex chemical analyses. Written for analytical chemists and pharmaceutical researchers, the work synthesises advanced separation techniques, offering indispensable insights into refining chromatographic precision for trace and ultratrace compound identification.…