Completely covers everything from the basics to know-how, trouble measures, simulations, and mechanochemical effects in one book! A must-have for anyone involved in powder processing!
★A clear explanation of the basics of grinding! Why do things break? Basics of destruction and strength, etc. A solid understanding of the foundational technologies for grinding, including particle strength, hardness, and particle size. ★Practical know-how for effective grinding! From the ease and difficulty of grinding to particle size distribution know-how, detailed explanations of the characteristics and selection of various grinding machines, and methods for improving efficiency, packed with essential knowledge for practical use. Also discusses improving the energy efficiency of grinding machines. ★Detailed explanation of simulations and grinding phenomena in mills! What about simulations of media movement using DEM? What is the relationship between ball movement in the mill and grinding phenomena? Optimization of mill structure? What is the relationship between the energy of media movement and mechanochemical effects? ★Comprehensive troubleshooting! Effects of humidity, measures against agglomeration, points to note in particle size distribution measurement results, dust explosions, static electricity, contamination, and detailed descriptions of various troubles and prevention measures. ★Detailed explanation of mechanochemical effects with numerous concrete examples! From the activation of solids through grinding, amorphization of solid crystals, phase transitions, to material synthesis, decomposition of resins, and resource utilization, a wealth of content tailored to various purposes!
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Publication scheduled for March 2017, Price: 39,000 yen + tax Format: B5 size, approximately 270 pages, ISBN 978-4-86502-125-7 Author: Professor Emeritus of Tohoku University, Doctor of Engineering, Fumiyoshi Saito Author's Brief Biography: Graduated from Yamagata University, Department of Chemical Engineering in 1970 Completed the Master's program in Chemical Engineering at the Graduate School of Yamagata University in 1972 Became an Assistant at Yamagata University (Engineering) in 1972 Subsequently served as an Assistant at Tohoku University (Research Selection), Lecturer (Engineering) and Associate Professor (Engineering) at Yokohama National University, and became a Professor at Tohoku University in 1991 Retired from Tohoku University in 2012 and became Professor Emeritus in April of the same year During this time, Served as a Research Fellow at the University of Birmingham in the UK from 1987 to 1988 Visiting Professor at Ecole des Mines d'Albi in France in 2001, and Director of the Multidisciplinary Research Institute at Tohoku University from 2005 to 2010.
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39,000 yen + tax
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A detailed table of contents is available on the product homepage! Please check it out. Chapter 1: Solid Fracture Chapter 2: Operational Factors and Hardness Affecting Particle Strength Chapter 3: Crushing Technology and Effective Processing Chapter 4: Simulation of Media Motion in Mills and Crushing Phenomena Chapter 5: Energy Saving and Troubleshooting in Crushers Chapter 6: Mechanochemical Effects and Their Applications In Place of an Afterword - Recent Discussions in the Field of Crushing
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The information organization aims to contribute to the development of the industry through technical seminars on chemistry, pharmaceuticals, electronics, machinery, environment, cosmetics, food, etc., as well as the publication of technical books, correspondence courses, and DVDs that record seminars.