Gathering knowledge and expertise for understanding and measuring phenomena in water, sea, oil, and liquids!
Understanding and measuring phenomena in water or liquids requires a unique approach that differs from that in the atmosphere or vacuum. This book explains the selection of equipment and methods tailored to various purposes, including interfaces, behaviors, forms, physical properties, elements, environments, distances, and communications, as well as procedures, innovations, common pitfalls, challenging points, application methods, and case studies in unknown or unresolved areas, all from the perspective of those who have actually engaged in these efforts. We hope this will be helpful for solving challenges and developing technologies in water and liquid environments.
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Published on October 9, 2020 A4 size, paperback, 170 pages <Authors> Hiroshi Onishi / Kobe University Shiho Moriguchi / Kobe University, Shimadzu Techno Research Co., Ltd. Tomohiro Hayashi / Tokyo Institute of Technology Hiroshi Kinoshita / University of Hyogo Naohiro Matsumoto / University of Hyogo Toshihiko Ogura / National Institute of Advanced Industrial Science and Technology Nobuaki Okubo / Hitachi High-Tech Science Corporation Hiroaki Takayama / Japan Industrial Inspection Co., Ltd. Kei Kamino / National Institute of Advanced Industrial Science and Technology Nanae Hosoda / National Institute for Materials Science Masaki Torimura / National Institute of Advanced Industrial Science and Technology Atsuyoshi Nakayama / National Institute of Advanced Industrial Science and Technology Masaaki Kunikawa / National Institute of Advanced Industrial Science and Technology Hisashi Honma / Rigaku Corporation Osamu Shikino / Parker Hannifin Japan Co., Ltd. Hideo Itosaki / Professor Emeritus, Osaka University Ryo Kato / Toyohashi University of Technology Hiroyuki Hachiya / Tokyo Institute of Technology Katsuji Imajo / Mitsubishi Electric Corporation Hiroshi Yoshida / Japan Agency for Marine-Earth Science and Technology
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60,000 yen Plus consumption tax *With CD-R is 70,000 yen + consumption tax
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P2
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Chapter 1: Observation, Measurement Techniques, and Application Technologies for Morphology, Physical Properties, and Behavior in Water and Liquids 1. Principles of Frequency Modulation Atomic Force Microscopy (FM-AFM) and Measurement Examples in Water and Oil 2. Evaluation of Biointerfaces Using Atomic Force Microscopy 3. Direct Observation of Friction Interfaces Including Oil and Grease Using SEM 4. Observation of Liquid Samples Using Scanning Electron Microscopy and Dielectric Microscopy 5. Measurement of Rubber Swelling in Organic Solvents by Thermal Analysis and Dynamic Mechanical Analysis 6. Strain Measurement Methods in Water and Their Application Examples 7. Molecular Strategies for Biological Adhesion Necessary for Material Development in Water 8. Underwater Adhesion Mechanisms Utilizing Bubbles Chapter 2: Measurement and Analysis Techniques for Chemical Substances, Elements, and Components in Water and Liquids 1. Analytical Measurement Techniques Related to Water Environments 2. Marine Biodegradability Assessment of Biodegradable Resins 3. Elemental Analysis of Liquid Samples Using Fluorescent X-rays 4. Elemental Analysis in Water and Liquids Using ICP-MS 5. Liquid Explosive Detection at Airports 6. Water Content Analysis in Oil Chapter 3: Sensor and Communication Technologies in Water 1. Sound Wave Propagation and Acoustic Measurement Techniques in Water 2. Propagation Mechanisms of Laser Light in Water and Underwater LiDAR and Optical Communication Technologies 3. Electromagnetic Fields in Water and the Ocean and Their Applications
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S&T Publishing publishes technical books aimed at researchers and engineers.
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