The Chemistry of Nonaqueous Solvents V4
Solution Phenomena and Aprotic Solvents
- 1st Edition - November 14, 2012
- Latest edition
- Author: J J Lagowski
- Language: English
The Chemistry of Nonaqueous Solvents, Volume IV: Solution Phenomena and Aprotic Solvents focuses on the chemistry of nonaqueous solvents, with emphasis on solution phenomena and… Read more
The Chemistry of Nonaqueous Solvents, Volume IV: Solution Phenomena and Aprotic Solvents focuses on the chemistry of nonaqueous solvents, with emphasis on solution phenomena and aprotic solvents such as tetramethylurea, inorganic acid chlorides, cyclic carbonates, and sulfolane. This book is organized into seven chapters and begins with an overview of the theory of electrical conductivity and elementary experimental considerations, along with some of the interesting research on nonaqueous solvents. It then turns to a discussion on hydrogen bonding phenomena in nonaqueous systems as probed by four spectroscopic techniques; the different methods used in studying redox systems in nonaqueous solvents such as potentiometry and steady state diffusion methods; and the use of tetramethylurea as a nonaqueous medium for chemical reactions and chemical investigations. The reader is also introduced to inorganic acid chlorides of high dielectric constant, with special reference to antimony trichloride, and preparation methods for cyclic carbonates including vinylene carbonate, ethylene carbonate, propylene carbonate, and butylene carbonate. The book concludes with a chapter on sulfolane, focusing on its preparation and purification, physical properties, and toxicology. This book will be of interest to chemists who want to know more about nonaqueous solvents.
List of Contributors Preface Contents of Previous Volumes 1. Conductivity in Nonaqueous Solvents I. Introduction II. Theory of Electrical Conductivity III. Experimental Techniques IV. Recent Research in Nonaqueous Solvents References 2. Hydrogen Bonding Phenomena I. Introduction II. Infrared Spectroscopy III. Raman Spectroscopy IV. Nuclear Magnetic Resonance Spectroscopy V. Ultraviolet Spectroscopy References 3. Redox Systems in Nonaqueous Solvents I. Generalities about Redox Systems in Nonaqueous Solvents II. Redox Systems in Hydrocarbons and Their Derivatives III. Conclusion References4. Tetramethylurea I. Introductory Comments II. Solvent Preparation and Purification III. Physical Properties IV. Solubility Characteristics V. Chemical Reactions VI. Applied Studies VII. Fundamental Investigations VIII. Concluding Statements References 5. Inorganic Acid Chlorides of High Dielectric Constant (with Special Reference to Antimony Trichloride) I. Introduction II. Purification and Physical Properties III. Solvent Properties IV. Cryoscopy: "Normal Solutes" and Inorganic Salts V. Conductance of Simple Salts VI. Conductance of Other Inorganic Halides VII. Conductance of Probable Impurities VIII. Organic Solutes: Introduction IX. Organic Chloro Compounds X. Solutions of Aromatic Hydrocarbons XI. Amines XII. Voltammetry in SbCl3 XIII. Other Applications of This Solvent XIV. Other Similar Solvents XV. Summary References6. Cyclic Carbonates I. Introduction II. Preparation: General Methods III. Vinylene Carbonate (VC) IV. Ethylene Carbonate (EC) V. Propylene Carbonate (PC) VI. Chloro-Substituted Cyclic Carbonates VII. Butylene Carbonate VIII. o-Phenylene Carbonate IX. Ethylene Carbonate X. Propylene Carbonate XI. Propylene Carbonate-Water XII. Propylene Carbonate-AlCl3 XIII. Propylene Carbonate-Dimethyl Sulfoxide References 7. Sulfolane I. Introduction II. Preparation III. Purification IV. Physical Properties V. Spectral Studies and Structure of Sulfolane VI. Solubility Characteristics VII. Electrochemical Studies VIII. Reactions in Sulfolane IX. Other Studies References Author Index Subject Index
- Edition: 1
- Latest edition
- Published: November 14, 2012
- Language: English
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