Powder Technology Handbook.
Material type:
TextPublisher: New York : Marcel Dekker, c1997Edition: 2nd ed., rev. and expanded / edited by Keishi Gotoh, Hiroaki Masuda, Ko HigashitaniDescription: xxiii, 944 p. : ill. ; 24 cmISBN: 0824700155 (hardcover : acidfree paper)Subject(s): PowdersDDC classification: 620.43 LOC classification: TP156.P3 | P64 1997| Item type | Current location | Home library | Shelving location | Call number | Status | Notes | Date due | Barcode | Item holds |
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School of Mechanical & Manufacturing Engineering (SMME) | School of Mechanical & Manufacturing Engineering (SMME) | Reference | 620.43 POW (Browse shelf) | Available | Rack,10-Shelf,3 | SMME-861 |
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Includes bibliographical references and index.
I. Particle Characterization and Measurement. I.1. Particle Size / Yasuo Kousaka and Yoshiyuki Endo. I.2. Size Measurement / Reg Davies. I.3. Particle Shape Characterization / Keishi Gotoh. I.4. Particle Density / Yasuo Kousaka and Yoshiyuki Endo. I.5. Hardness of Particles / Mojtaba Ghadiri -- II. Fundamental Properties of Particles. II.1. Diffusion of Particles / Kikuo Okuyama and Shinichi Yuu. II.2. Optical Properties / Yasuo Kousaka and Yoshiyuki Endo. II. 3. Particle Sedimentation / Shinichi Yuu. II. 4. Particle Motion in Shear Fields / Yutaka Tsuji. II. 5. Electrostatic Interaction and Electrophoresis / Hiroaki Masuda and Ko Higashitani. II.6. Adhesive Force of a Single Particle / Hiroaki Masuda and Kuniaki Gotoh. II.7. Particle Deposition and Reentrainment / Hiroaki Masuda and Shuji Matsusaka. II.8. Agglomeration (Coagulation) / Kikuo Okuyama and Ko Higashitani. II.9. Viscosity of Slurry / Hiromoto Usui.
II.10. Particle Impact and Attrition / Mojtaba Ghadiri. II.11. Sintering / Kikuo Okuyama. II.12. Combustion and Evaporation / Shigeki Toyama. II.13. Solubility and Dissolution Rate / Yoshiaki Kawashima. II.14. Mechanochemistry / Mamoru Senna -- III. Fundamental Properties of Powder Beds. III.1. Adsorption Characteristics / Masatoshi Chikazawa and Takashi Takei. III.2. Moisture / Mitsutaka Kawamura. III.3. Electrical Properties / Hiroaki Masuda and Yasufumi Otsubo. III.4. Magnetic Property / Kenichi Ushiki. III.5. Description of Particulate Assemblies / Michitaka Suzuki. III.6. Capillarity of Porous Media / Hironobu Imakoma and Morio Okazaki. III.7. Permeation (Flow Through Porous Medium) / Chikao Kanaoka. III.8. Specific Surface Area / Masatoshi Chikazawa and Takashi Takei. III.9. Adhesion and Mechanical Strength of a Powder Bed / Michitaka Suzuki. III.10. Powder Mechanics / Michitaka Suzuki. III.11. Bridging / Kunio Shinohara and Hiroshi Takahashi.
III.12. Segregation of Particles / Kunio Shinohara. III.13. Vibrational and Acoustic Characteristics / Jusuke Hidaka. III.14. Fluidity of Powder / Toyokazu Yokoyama -- IV. Preparation of Powder. IV.1. Aerosol Particle Generation / Richard C. Flagan. IV.2. Generation of Particles by Reaction / Richard C. Flagan and Yasushige Mori. IV.3. Crystallization / Masakuni Matsuoka. IV.4. Dispersing Technology of Powder / Yasuo Kousaka, Yoshiyuki Endo and Ko Higashitani. IV.5. Electrical Charge Control / Motoaki Adachi, Kikuo Okuyama and Ko Higashitani. IV.6. Surface Modification / Mamoru Senna. IV.7. Standard Powders and Particles / Koichi Iinoya -- V. Powder-Handling Operation. V.1. Crushing and Grinding / Tatsuo Tanaka and Yoshiteru Kanda. V.2. Classification / Koichi Iinoya, Zennosuke Tanaka and Toshio Inoue [et al.]. V.3. Storage (Silo) / Minoru Sugita. V.4. Feeding / Hiroaki Masuda. V.5. Transportation / Yoshinobu Morikawa and Hiromoto Usui.
V.6. Mixing / Kei Miyanami. V.7. Granulation / Isao Sekiguchi. V.8. Kneading and Plastic Forming / Minoru Takahashi. V.9. Drying / Morio Okazaki and Hironobu Imakoma. V.10. Combustion Furnaces and Heating / Shigeki Toyama. V.11. Dust Collection / Chikao Kanaoka. V.12. Electrostatic Separation / Takahide Wakamatsu. V.13. Magnetic Separation / Kenichi Ushiki. V.14. Gravity Thickening / Eiji Iritani. V.15. Filtration / Eiji Iritani. V.16. Expression / Eiji Iritani. V.17. Flotation / Takahide Wakamatsu. V.18. Reactors / Shigeki Toyama. V.19. Simulation / Charles S. Campbell, Alexander V. Potapov and Yutaka Tsuji -- VI. Process Instrumentation. VI.1. Powder Sampling / Hiroaki Masuda. VI.2. Particle Sampling in Gas Flow / Hideto Yoshida and Hisao Makino. VI.3. Concentration and Flow Rate Measurement / Hiroaki Masuda. VI.4. Level Measurement of a Powder Bed / Hiroaki Masuda. VI.5. Temperature Measurement of Powder / Hiroaki Masuda.
VI.6. Tomography / Richard A. Williams -- VII. Working Atmospheres and Hazards. VII.1. Health Effects Due to Particle Matters / Isamu Tanaka and Hiroshi Yamato. VII.2. Respiratory Protective Devices for Particulate Matters / Isamu Tanaka and Hajime Hori. VII.3. Spontaneous Ignition and Dust Explosion / Tatsuo Tanaka.
This thoroughly updated and enlarged Second Edition of a hands-on resource examines the fundamental engineering processes of particulate technology - explaining particle definition, measurement and characterization, the properties of assemblages, the intricacies of transport phenomena, and unit operations.
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