Powder Technology Handbook, Third Edition

The Powder Technology Handbook, Third Edition provides a comprehensive guide to powder technology while examining the fundamental engineering processes of particulate technology. The book offers a well-rounded perspective on powder technologies that extends from particle to powder and from basic problems to actual applications. Providing comprehensive coverage of powder/particle handling methods and unit operations, this handbook prepares the reader for solving new problems using an integrated approach. By presenting problems in wet processes and particles in liquids alongside those encountered with dry powder processes, it offers strategies for finding the optimal solutions to problems in any context. The book contains new sections on particle motion in fluids, design and formulation of composite particles, combustion and heating, electrostatic powder coating, attrition of a particle, breakage of aggregates, and the particle motion, rheology, and electrical properties of a powder bed. It also discusses recently developed areas of study such as simulation, surface analysis, and nanoparticles. Maintaining the standard of quality found in the previous bestselling editions, the third edition of the Powder Technology Handbook reflects the most recent advances and provides convenient access to processes and properties of particulate technology. Continuing the tradition of the bestselling Powder Technology Handbook, this definitive source examines the fundamental engineering processes of particulate technology. Combining several sections for easier reference, the third edition has been updated and expanded by nearly 30% to reflect recent advances. The authors have added new sections on particle motion in fluid, design and formulation of composite particles, combustion and heating, electrostatic powder coating, attrition of a particle, breakage of aggregates, particle motion in a powder bed, and rheological and electrical properties of a powder bed. The book also discusses newly developed areas such as simulation, surface analysis, and nano-particles