This volume provides a comprehensive methodological guide to using ion‑selective electrodes (ISEs) for the analysis of organic compounds. It focuses on the theoretical underpinnings and practical procedures for applying ISE techniques in organic analysis, including electrode response principles, sample preparation, potentiometric measurement methods, and calibration strategies. The text is in…
This Handbook of Organic Analytical Reagents is a comprehensive reference designed for analytical and organic chemists. It provides detailed information about the physico‑chemical properties, preparation, and analytical applications of a wide range of organic reagents used in chemical analysis. Each entry typically includes synonyms, sources, methods of synthesis, complexation behavior, reage…
Physical Organic Chemistry by Louis P. Hammett is a foundational text that examines how electronic structure and thermodynamic/kinetic principles explain the behavior of organic reactions. It introduces and develops key concepts such as reaction mechanisms, substituent effects, free energy profiles, and structure‑reactivity correlations. A hallmark of the book is the Hammett equation, which q…
Protective Groups in Organic Synthesis is a comprehensive reference that presents methods for protecting and deprotecting functional groups during complex organic syntheses. The book summarizes the reactivity, installation, and removal of protecting groups for alcohols, amines, carbonyls, carboxylic acids, and other functional groups. Each protecting group is evaluated in terms of stability, se…
This book presents peer‑reviewed contributions from international researchers on the application of spectroscopic techniques to the study of polymer materials. Topics include infrared and Raman spectroscopy, structure–spectrum correlations, and advanced instrumentation used to characterize polymer composition, molecular structure, and physical properties. Sessions focus on both fundamental …
This book offers an in‑depth look at three classes of highly reactive intermediate species in organic chemistry — carbenes, nitrenes, and arynes — which play important roles in many synthetic transformations. The authors discuss how these intermediates are generated, detected, and characterized, as well as their reactivity patterns and mechanisms. Topics include electronic structure, meth…
Organic Experiments is a classic organic chemistry laboratory manual designed for undergraduate courses. It provides detailed descriptions of fundamental laboratory techniques (such as distillation, extraction, crystallization, chromatography, and spectroscopy) as well as a range of experiments that illustrate important organic reactions and methods for the preparation and analysis of organic c…
This book provides a detailed introduction to the organic chemistry and biological roles of key heterocyclic compounds — pyrimidines, purines, and pteridines. It explores their chemical structure, reactivity, synthesis, and biochemical significance as components of nucleic acids and cofactors in metabolism. Topics include functional group behavior, ring chemistry, biosynthesis pathways, and a…
This influential organic chemistry textbook provides a comprehensive introduction to the subject for undergraduate chemistry students. It emphasizes mechanisms of organic reactions, structure–reactivity relationships, stereochemistry, and problem‑solving strategies. Alongside detailed discussions of functional groups and reaction types, the book integrates examples and exercises that help r…
This specialized monograph presents analytical techniques for organoaluminium and organozinc compounds, focusing on methods used to determine functional groups, elements, and structural features in these organometallic species. It reviews classical and instrumental approaches such as titrimetric procedures, gas‑liquid chromatography, spectroscopic analyses (IR, Raman, NMR), and thermometric t…