This book introduces the concept of conservation of orbital symmetry in chemical reactions. It explains how the symmetry of molecular orbitals governs whether reactions are allowed or forbidden, especially in pericyclic reactions. The text uses a step-by-step, programmed approach to help students understand orbital interactions, reaction pathways, and stereochemistry. It provides a clear founda…
Interpretation of Organic Spectra is a specialist reference volume focused on deciphering the results of key spectroscopic techniques used in organic chemistry. Edited by D. W. Mathieson, the book brings together practical examples and discussions illustrating how spectra such as infrared (IR), nuclear magnetic resonance (NMR), and mass spectrometry (MS) can be interpreted to deduce the struc…
This volume focuses on the application of physical methods to the study of protein structure and properties, covering a range of specialized analytical techniques. It opens with a detailed treatment of ultracentrifugal analysis and intrinsic viscosity measurements, which are essential for understanding molecular size and interactions in solution. Subsequent chapters examine light scattering, in…
This authoritative text presents the principles and practical applications of nuclear magnetic resonance (NMR) spectroscopy in organic chemistry, offering both theoretical foundations and analytical examples. Beginning with a clear introduction to NMR theory and instrumentation, the book explains how nuclear spins interact with magnetic fields and how data are collected. It then delves into the…
Basic Organic Reactions by William McCrae is a concise text focused on the fundamental transformations encountered in organic chemistry. The book systematically presents the principal classes of reactions, such as substitutions, additions, eliminations, and rearrangements, describing the conditions under which they occur and the mechanistic pathways involved. Emphasis is placed on providing cle…
This book provides a comprehensive guide to the use of ion-selective electrodes in organic analysis, focusing on analytical methodologies, practical applications, and experimental design. It details the principles behind ion-selective electrodes, including their selectivity, response behavior, and calibration techniques. Volume 1 emphasizes method development, offering step-by-step procedures f…
This book is a definitive reference on the fracture and mechanical failure of polymeric materials, combining theoretical insights with experimental data. It covers: Brittle and ductile fracture mechanisms Crack initiation and propagation in different polymer systems Influence of environmental factors such as temperature, humidity, and chemical exposure Experimental methods for assessing f…
This book provides an introduction to the chemistry and biological significance of nitrogen-containing heterocyclic compounds, specifically pyrimidines, purines, and pteridines. These molecules are fundamental components of nucleic acids (DNA and RNA) and many biologically active substances such as coenzymes and vitamins. The text covers their structure, synthesis, chemical reactivity, and b…
This book is a classic advanced textbook in physical organic chemistry, focusing on the relationship between reaction mechanisms and theoretical principles. It explains how organic reactions occur by analyzing structure, reactivity, and energy changes. Topics include covalent bonding, acids and bases, nucleophilic substitution, elimination reactions, reactive intermediates, and photochemistry. …
This book explores the effects of light—especially ultraviolet (UV) radiation—on synthetic polymers. It examines the photochemical processes responsible for polymer degradation, including chain scission, oxidation, and cross-linking. The authors discuss the mechanisms of photodegradation, methods for studying these processes, and strategies for improving polymer stability using additives su…