Materials technology to improve the functionality, durability, and productivity of small and medium-sized touch panels.
Detailed explanation of the development technology for materials that contribute to the high functionality and productivity improvement of small and medium-sized touch panels.
- Publication Date: August 29, 2013 - Format: B5 size, paperback, 192 pages - Price: 55,000 yen (excluding tax) → STbook member price: 52,250 yen (excluding tax) **Authors** Jun Hisashi Oda - Saiden Chemical Co., Ltd. Tomoharu Inoue - Inox Co., Ltd. Junji Muramatsu - Tohoku University Kaori Ozawa - Daikin Industries, Ltd. Kazutaka Hayashi - Asahi Glass Co., Ltd. Shiro Tanami - Kyodo Giken Chemical Co., Ltd. Yoshihisa Kanesashi - Toray Film Processing Co., Ltd. Masayuki Kinugawa - Kyoei Chemical Co., Ltd. Atsushi Hasegawa - Taisei Fine Chemical Co., Ltd. Maho Yasuda - Arkema Inc. Makoto Kato - ThreeBond Co., Ltd. Masaru Nobuta - Tokyo Ohka Kogyo Co., Ltd. Teruhiro Uematsu - Tokyo Ohka Kogyo Co., Ltd. Kenji Yoshino - Miyazaki University Yukiyasu Kashiwagi - Osaka City Institute of Industrial Research Masami Nakayo - Osaka City Institute of Industrial Research Hiroyuki Enomoto - Hitachi Maxell, Ltd. Kazuhiro Oshima - Denki Kagaku Kogyo K.K. Takaaki Fuchida - Origin Electric Co., Ltd.
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basic information
Chapter 1: Materials Technology Focused on Improving Visibility Section 1: Design of Zero-Birefringence Adhesives Section 2: Reduction of Film Reflectivity through Moss Eye Technology Chapter 2: Materials Technology Focused on Improving Operability Section 1: Low Resistance of ITO Nano Ink and Liquid Phase Synthesis of Dispersion Particles Section 2: Fingerprint Adhesion Prevention and Improved Touch Panel Operability Using Fluorine-Based Surface Modifiers Chapter 3: Materials Technology Focused on Durability, Weather Resistance, Impact Resistance, and Vibration Damping Section 1: Chemical Strengthening of Aluminosilicate Glass Section 2: Development of a New Transparent Impact-Absorbing Damping Sheet Using Acrylic Gel Section 3: Self-Healing Coating Film Section 4: Technology for Improving the Durability of Slip Agents Section 5: Technology for Imparting Elastic Functions to UV Polymers for Hard Coatings Section 6: Potential Applications of Plant-Derived Polyamides in Smartphones/Touch Panel Products Section 7: Improvements for Strengthening Anisotropic Conductive Pastes Chapter 4: Materials Technology Focused on Improving Productivity Section 1: Technological Trends in Black Resists and Scribe Resists for Touch Panels Section 2: Spin Coating Deposition Technology for ZnO Thin Films Section 3: Technology for Forming Transparent Conductive Films Using Printing Processes with Nanoparticle Ink ...and 3 other sections.
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Main body: 55,000 yen + tax *→STbook member price: 52,250 yen + tax
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P2
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※Scheduled for publication on August 29, 2013. It will be shipped after publication.
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Materials technology to improve the functionality, durability, and productivity of small and medium-sized touch panels.
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S&T Publishing publishes technical books aimed at researchers and engineers.