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Solvent Extraction Principles and Practice
The book provides a modern introduction to solvent extraction review the physical principles central to the technique clearly presents the relevant formal expression features a new chapter expounding on ionic strength corrections, summarizes recent field advances, such as the documentation of new solvent matrices, predicts improvements in methods and industrial usage based on current research and technologies, and supplements the text with more than 850 literature citations, 200 figures, and 80 tables. This book is divided 16 chapters. Chapter 1 is introduction to solvent extraction. Chapter 2 is principles of solubility and solutions. Chapter 3 is complexation of metal ions. Chapter 4 is solvent extraction equilibria. Chapter 5 is solvent extraction kinetics. Chapter 6 is ionic strength corrections. Chapter 7 is development of industrial solvent ectraction processes. Chapter 8 is principles of industrial solvent extraction. Chapter 9 is engineering design and calculation of extractors for liquid-liquid systems. Chapter 10 is extraction of organic compounds. Chapter 11 is solvent extraction in hydrometallurgy. Chapter 12 is solvent extraction in nuclear science and technology. Chapter 13 is analytical applications of solvent extraction. Chapter 14 is the use of solvent extraction in the recovery of waste. Chapter 15 is recent advances in solvent extraction processes. Chapter 16 is computational chemistry in modeling solvent extraction of metal ions.
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