A collection of practical know-how learned from failures by the authors who have created the history of microwave research, application, and practical use.
The valuable content regarding microwaves developed by our predecessors remains limited to personal experiences, making it increasingly difficult to obtain. Therefore, this book, led by the author who is 98 years old, along with experienced "skilled researchers" and "skilled engineers" with an average age of 68, extensively covers the applications and subjects that can utilize microwave heating, the essence and specific methods to achieve the unique effects of microwave heating, as well as common mistakes and shortcomings. It aims to serve as a textbook and guide filled with so-called "know-how" that provides clues to those newly engaging in microwave heating, those currently practicing it, and those who are not achieving the expected results, helping them understand the causes and countermeasures. The content is explained using diagrams, text, and examples as a foundational structure, making it easy for readers from various fields to appreciate the allure of microwave energy and learn creatively. Each chapter includes messages to junior researchers and contains timeless content in the areas of microwave heating, drying, chemistry, and materials. By reading this book repeatedly, readers will not only feel the history of this field and find references for technology but will surely come up with new ideas. (Excerpt from the introduction by Tomohiro Horikoshi, with some modifications)
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basic information
1. History of Microwave Heating 1-1. What are Microwaves? 1-2. Industrial Applications of Electromagnetic Waves and Their Development 2. Microwave Science 2-1. Microwave Science as a New Academic Field 2-2. Why Do Materials Heat with Microwaves? (Types: Liquids/Solids) 2-3. Cautions for Using Electromagnetic Field Simulations 2-4. Measurement Methods and Cautions for Dielectric Constant and Permeability 2-5. Characteristics and Cautions of Microwave Heating - Liquid Samples 2-6. Characteristics and Cautions of Microwave Heating - Solid Samples 3. Microwave Engineering 3-1. Learning Microwave Engineering from Experience 3-2. Microwave Oscillators 3-3. Waveguides 3-4. Isolators 3-5. Dummy Loads 3-6. Power Monitors 3-7. Matching Devices (Tuners) 3-8. Microwave Switches 3-9. Vacuum Windows (Sealing Mechanisms) 3-10. Irradiation Sections (Applicators) 3-11. Reaction Vessels 3-12. Optimal Irradiation Methods 3-13. Heating and Temperature 3-14. Microwave Chemistry 3-15. Microwave Material Processes 3-16. Radio Wave Law Appendix 1. Dielectric Factors Appendix 2. Temperature Dependence of tanδ for Existing Organic Solvents
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65,000 yen plus consumption tax.
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P2
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P3
Applications/Examples of results
<Supervision> Tomoharu Horikoshi / Sophia University <Authors> Koichi Shimoda / Emeritus Professor, University of Tokyo Kiyoshi Yoke / Researcher in the History of Naval Radar Development Motohiro Sato / Chubu University Noboru Yoshikawa / Tohoku University Akira Fujita / National Institute of Advanced Industrial Science and Technology Hideo Fukushima / Toyota Central R&D Labs, Inc. Tomoharu Horikoshi / Sophia University Tsuneo Muranaka / Formerly of Shibaura Mechatronics Tsukasa Chikuda / Yamanashi University Akikazu Harada / Micro Electronics Co., Ltd. Kazuhiko Takeuchi / National Institute of Advanced Industrial Science and Technology Ritsuko Nagahata / National Institute of Advanced Industrial Science and Technology
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S&T Publishing publishes technical books aimed at researchers and engineers.
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