Sulfur Dioxide discusses in detail the preparation and oxidation of sulfur dioxide. The book also covers the effect of the substance on organic and inorganic mixtures. The pharmaceutical application, safety, and effectiveness of the substance in the form of sulfites in food and beverage are comprehensively explained. A section of the book focuses on the physiological effects of sulfur dioxide in plants, animals, and humans. The book highlights the properties of sulfur dioxide in gaseous state and in aqueous solutions, with expanded section covering its ionic structure and spectral characteristics. Methods for determining trace amounts of sulfur dioxide in the atmosphere are summarized along with ways to identify the substance in complex mixtures such as food. The text is an excellent source of information about sulfur dioxide complexes and clathrates. The book will be a useful tool for pharmacists, scientists and chemists in the fields of medicine, and students doing research and experiment on the effect of sulfur dioxide on other compounds.

This brief summarizes the most commonly used sulfur dioxide surrogates and also shows the diverse reactivities to highlight the advances made in the development of synthetic methods through the insertion of sulfur dioxide. Depending on the nature of the transformation, these reactions are classified into four types: (i) pericyclic reactions; (ii) nucleophilic addition with organometallic reagents; (iii) transition metal catalysis; and (iv) free radical reactions. Highlighting recent advances in the insertion of sulfur dioxide, providing detailed descriptions of the experimental procedures for these valuable reactions, and discussing the remaining challenges in this field, the brief offers an appealing and highly useful guide for a wide readership in organic chemistry and medicinal chemistry from both academia and industry.

This work offers a comprehensive review of surfactant systems in organic, inorganic, colloidal, surface, and materials chemistry. It provides practical applications to reaction chemistry, organic and inorganic particle formation, synthesis and processing, molecular recognition and surfactant templating. It also allows closer collaboration between synthetic and physical practitioners in developing new materials and devices.

Over the last twenty years the use of sulphones in organic synthesis has increased dramatically, the synthetic repertoire of sulphones having been developed to such an extent as to rival the carbonyl functionality for versatility. Not only have sulphones been employed in a great many synthetic methodologies, enabling the preparation of a vast array of functionalised products, but the sulphone group has also proved to be of enormous value in many of the most demanding and sophisticated total syntheses carried out in recent years. This book describes in detail all of the important sulphone chemistry employed in organic synthesis, ranging from the well-established sulphone-mediated methods to less familiar sulphone reactions and very recent discoveries of synthetic potential.