Powder Technology Handbook

3. New Auflage 2006
ISBN: 978-1-57444-782-8
Verlag: Taylor & Francis Inc

Buch, Englisch, 920 Seiten, Format (B × H): 187 mm x 265 mm, Gewicht: 1742 g

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.

Zielgruppe

Materials scientists and chemical engineers

Autoren/Hrsg.

Masuda, Hiroaki

Higashitani, Ko

Yoshida, Hideto

Fachgebiete

• Technische Wissenschaften Verfahrenstechnik | Chemieingenieurwesen | Biotechnologie Pulvertechnologische Verfahren

Inhaltsverzeichnis

PART I: PARTICLE CHARACTERIZATION AND MEASUREMENT   Particle Size; J. Tsubaki Size Measurement; R. Davies Particle Shape Characterization; S. Endoh Particle Density; Y. Kousaka and Y. Endoh Hardness, Stiffness and Toughness of Particles; M. Ghadiri New! Surface Properties and Analysis; M. Fuji, K. Higashitani, and Y. Kanda PART II: FUNDAMENTAL PROPERTIES OF PARTICLES   Diffusion of Particles; K. Okuyama and S. Yuu Optical Properties; Y. Mori New! Particle Motion in Fluid; S. Yuu and Y. Ohtani Particle Sedimentation; S. Yuu Particle Electrification and Electrophoresis; H. Masuda, S. Matsusaka, and K. Higashitani Adhesive Force of a Single Particle; H. Masuda, K. Gotoh, K. Higashitani, and S. Matsusaka     Particle Deposition and Reentrainment; M. Shimada, S. Matsusaka, and H. Masuda Agglomeration (Coagulation); K. Okuyama and K. Higashitani Viscosity of Slurry; H. Usui Particle Impact Breakage; M. Ghadiri Sintering; K. Okuyama Ignition and Combustion Reaction; H. Makino, H. Tsuji, and R. Kurose Solubility and Dissolution Rate; Y. Kawashima Mechanochemistry; M. Senna PART III: FUNDAMENTAL PROPERTIES  OF POWDER BEDS   Adsorption Characteristics; M. Chikazawa and T. Takei Moisture Content; S. Watano Electrical Properties; H. Masuda, K. Tanoue, and Y. Otsubo Magnetic Properties; T. Fujita Packing Properties; M. Suzuki Capillarity of Porous Media; H. Imakoma and M. Miyahara Permeation (Flow through Porous Medium); C. Kanaoka Specific Surface Area; M. Chikazawa and T. Takei New! Mechanical Properties of a Powder Bed; M. Suzuki Fluidity of Powder; T. Yokoyama Blockage of Storage Vessels; K. Shinohara and H. Takahashi Segregation of Particles; K. Shinohara Vibrational and Acoustic Characteristics; J. Hidaka PART IV: PARTICLE GENERATION AND FUNDAMENTALS   Aerosol Particle Generation; R.C. Flagan Generation of Particles by Reaction; R.C. Flagan and Y. Mori Crystallization; M. Matsuoka New! Design and Formation of Composite Particles; H. Ichikawa and Y. Fukumori Dispersion of Particles; K. Gotoh, H. Masuda, and K. Higashitani Electrical Charge Control; M. Adachi, K. Okuyama, H. Masuda, and S. Matsusaka Surface Modification; M. Senna Standard Powders and Particles; H. Yoshida and H. Masuda    PART V: POWDER HANDLING AND OPERATIONS   Crushing and Grinding; T. Tanaka and Y. Kanda Classification; K. Gotoh, H. Masuda, H. Yoshida, and J. Hidaka Storage (Silo); M. Sugita    Feeding; H. Masuda and S. Matsusaka Transportation; Y. Tomita and H. Usui Mixing; K. Miyanami Slurry Conditioning; J. Tsubaki and M. Naito Granulation; I. Sekiguchi Kneading and Plastic Forming; M. Takahashi Drying; H. Imakoma and M. Okazaki New! Combustion; H. Makino and H. Tsuji Dust Collection; C. Kanaoka Electrostatic Separation; K. Tanoue and H. Masuda Magnetic Separation; T. Fujita Gravity Thickening; E. Iritani Filtration; E. Iritani Expression; E. Iritani Flotation; H. Yotsumoto New! Electrostatic Powder Coating; K. Tanoue and H. Masuda Multipurpose Equipment; J. Oshitani, K. Gotoh, and S. Toyama New! Simulation; Charles S. Campbell, K. Higashitani, Y. Tsuji, T. Tanaka, S. Yuu, K. Ichiki, and Y. Shirakawa PART VI: PROCESS INSTRUMENTATION Powder Sampling; H. Masuda Particle Sampling in Gas Flow; H. Yoshida and H. Makino Concentration and Flow Rate Measurement; H. Masuda and S. Matsusaka Level Measurement of a Powder Bed; H. Masuda and S. Matsusaka Temperature Measurement of Powder; H. Masuda and K. Gotoh On-Line Measurement of Moisture Content; S. Watano Tomography; R.A. Williams PART VII:  WORKING ATMOSPHERES AND HAZARDS   Health Effects Due to Particle Matter; I. Tanaka and H. Yamato Respiratory Protective Devices for Particulate Matter; I. Tanaka and H. Hori Spontaneous Ignition and Dust Explosion; T. Tanaka