Detailed description of the latest findings on various mechanisms and various application technologies!
● An explanation of the bubble generation mechanisms, their characteristics and behaviors, and key points for applications, categorized by various generation methods! ~ Pressurized dissolution method, ejector method, Venturi tube method, nano-porous films, ultrasonic method, etc. ~ ● A discussion on the generation, coalescence, disappearance, and stabilization mechanisms of microbubbles and nanobubbles (fine bubbles and ultrafine bubbles), as well as their cleaning effects and biological activity effects! ● What are the physical properties and characteristics of bubbles, and how do their contraction behaviors, temperature effects, chemical reactions, interactions, and neutralization reactions work!? ● How is bubble diameter measured? What are the principles, advantages and disadvantages of various methods, and how are they selected? Various simulation examples aimed at particle behavior and property evaluation will also be introduced! ● An explanation of the latest research and development and utilization status in various fields, as well as considerations for setting conditions that correspond to the circumstances and realities of each field, and methods to bring out performance, including key points for application! ~ Nanoparticle synthesis, emulsions, crystallization, membrane filtration, water treatment, photochemical reactions, cleaning, sterilization, food, agriculture, aquaculture, bubble formulations, beauty, shipping, civil engineering, soil purification, etc. ~
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Publication scheduled for March 2015. Price: 63,000 yen + tax. Format: B5 size, softcover, approximately 380 pages. ISBN: 978-4-86502-079-3 Authors (excerpt: honorifics omitted) Hitachi, Ltd. - Ichiro Enbutsu Kobe University - Shigeo Hosokawa Aura Tech Co., Ltd. - Toshihiko Eguchi Tsukuba University - Akiko Kaneko National Institute of Advanced Industrial Science and Technology - Chikara Hirakawa Nagaoka National College of Technology - Yoshinori Murakami Nack Co., Ltd. - Masataka Shinoda Kochi National College of Technology - Yusuke Nishiuchi Sunstar Inc. - Toru Oka Meiji University - Masahiko Tamaoki Ichinoseki National College of Technology - Takashi Watanabe Teikyo University - Kazuo Maruyama Kyoto University - Mitsuhiro Matsumoto Keio University - Keita Ando Ariake National College of Technology - Akio Himuro Nanoplanet Research Institute - Hirofumi Taisei Panasonic Corporation - Yasunari Maeda Pressca Co., Ltd. - Yoshiyuki Sato Kao Corporation - Yuka Kobayashi Hokkaido University - Yuichi Murai Osaka Prefecture University - Kenji Okitsu Sato Industrial Co., Ltd. - Koichi Nagao Tokyo Metropolitan Industrial Technology Research Institute - Ichiro Enomoto Nihon University - Shinwa Matsumoto Chiba Institute of Technology - Kaoru Onoe Chiba Institute of Technology - Yuki Yazawa Others
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Chapter 1: Mechanism of Generation of Microbubbles (Fine Bubbles) and Their Design and Control Methods Chapter 2: Characteristics, Behavior, and Functionality of Microbubbles (Fine Bubbles) ~ Various Mechanisms and Their Control and Evaluation Methods ~ Chapter 3: Key Points for the Application of Microbubbles (Fine Bubbles) Chapter 4 (Final Chapter) *For details, please download and view the catalog.*
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