[Book] <With Frequently Asked Q&A!> Practical Distributed Technology Published in October 2019
BC191001
Comprehensively covering distributed technology! For those struggling with distribution, those who will be involved in distribution, and everyone related to "distribution."
**Book Title** Practical Techniques for Dispersion ~ From Theory, Dispersants, Dispersing Machines, Evaluation, to Key Points of Various Dispersions ~ ● Easy-to-understand basics and applications written by veteran authors who are leading experts in DLVO theory, liquid dispersion methods, and more. ● What are the functions of dispersants? What are the screening methods? What are the types and characteristics of dispersing machines? An explanation of the selection methods, primarily from the perspective of manufacturer representatives. ● Understand evaluation items for dispersion, including dispersion stability assessment, HSP values, and zeta potential utilization. ● Detailed explanations of various dispersion technologies that are gaining attention, including nanoparticles, graphene, cellulose nanofibers, pigment dispersion, emulsion dispersion, fillers, electrodes, and microbubbles! ● A comprehensive Q&A section in Chapter 6! Packed with practical content that addresses your needs! What are the key points for scale-up? How to suppress over-dispersion? How to achieve high-concentration dispersion? How to disperse particles with a large specific gravity difference? What is the impact of bubbles on dispersion and how to control it?
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Publication Date: October 2019, Price: 61,000 yen + tax Format: B5 size, 391 pages, ISBN: 978-4-86502-177-6 Contributors (in no particular order): ● Hiroyuki Oshima, Tokyo University of Science ● Jo Tabuchi, DIC Corporation ● Hidehiro Kamiya, Tokyo University of Agriculture and Technology ● Toshiyuki Suzuki, Cosmos Technical Center Co., Ltd. ● Junji Shibata, Kansai University ● Taishi Sato, Hyogo Prefectural University ● Kazuya Narumi, Kiresto Co., Ltd. ● Shigeji Konagaya, Nagoya Institute of Industrial Science ● Harunori Goji, Goji Engineering Office ● Masato Sano, Yamagata University ● Akihiro Wakabara, Big Chemie Japan Co., Ltd. ● Kazuhiro Tachibana, Yamagata University ● Akito Haruto, Primix Co., Ltd. ● Hidetoshi Fujisawa, University of Tokyo ● Toshihiro Ishii, Ashizawa Fine Tech Co., Ltd. ● Akiji Serizawa, Kyoto University ● Shinichi Takeda, Takeda Colloid Tech Consulting Co., Ltd. ● Toru Yonezawa, Hokkaido University ● Yasufumi Otsubo, Chiba University ● Masanori Tatsumi, Plastic Engineering Research Institute Co., Ltd.
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61,000 yen + tax
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★Table of Contents A detailed table of contents more than ten times the length is available on the Information Organization HP! Chapter 1: Theory of Dispersion Chapter 2: Types of Dispersants and Selection Points Chapter 3: Characteristics of Dispersing Machines and Selection Points Chapter 4: Evaluation of Dispersion Chapter 5: Points of Dispersion by Type Inorganic Nanoparticles, Pigment Dispersion, Emulsion Dispersion, Slurry, Filler Nano Carbon, Electrode Slurry, Cellulose Nanofibers Microbubbles Chapter 6: Practical Aspects of Dispersion and Q&A Causes and Analysis of Improved or Deteriorated Dispersion Key Points for Scaling Up Dispersion What is Over-Dispersion and How to Suppress It Relationship Between Dispersion Liquid and Additives Methods to Improve Dispersion Using Particle Coating Relationship Between Input Power and Dispersion Impact of Adhesion to Containers on Dispersion Dispersion of Highly Settling Particles How to Uniformly Dispense Multiple Types of Particles with Large Differences in Specific Gravity and Particle Size Relationship Between Dispersion Liquid Concentration and Dispersion Recovery, Filtration, and Re-dispersion of Dispersed Bodies from Dispersion Liquid Impact of Bubbles on Dispersion and Defoaming Techniques
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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.