JP / EN

Books

  1. Masashi Ishikawa, Takuya Takahashi, Kazunari Soeda, Yukiko Matsui: 2.6.2 "Ionic Liquids and Lithium-Ion Batteries" (in Japanese), The Latest Trend of the Development and Implementation of Ionic Liquids, pp.86-93 (321 pages total), CMC Publishing Co., Ltd. (2022.08.26).
  2. Masashi Ishikawa, Masaki Yamagata: Chapter 5, "Ionic Liquid Electrolytes," Section 1, "Flame-Retardant FSI Ionic Liquid Electrolytes for High-Performance Lithium-Ion Batteries" (in Japanese), Recent Research and Development of Electrolyte Systems for Various Future Energy Storage Devices(Popular Edition), pp.68-75 (307 pages total), CMC Publishing Co., Ltd. (2021.08.10).
  3. Masashi Ishikawa, Toshifumi Egami, and Tomohiro Shimizu: Part Ⅳ 32.“S-encapsulated Micropore Carbon Cathode”, Next Generation Batteries - Realization of High Energy Density Rechargeable Batteries, pp.357-373 (580 pages total), Springer (2021.04.21).
  4. Masashi Ishikawa: Section 3, "Application of Ionic Liquids to Lithium Rechargeable Batteries" (in Japanese), Technologies for Higher Capacity and Higher Voltage in Lithium-Ion Batteries and Safety Measures (in Japanese), pp.275-281 (716 pages total), Technical Information Institute Co., Ltd. (2018.10.31).
  5. Masashi Ishikawa, Masaki Yamagata: 5.6.2 "Capacitors" (in Japanese), Fundamentals of Modern Interface and Colloid Science, 4th Edition: Principles, Applications, and Measurement Solutions (in Japanese), pp.271-273 (515 pages total), Maruzen Publishing Co., Ltd. (2018.05.11).
  6. Satoshi Uchida, Masaki Yamagata, Masashi Ishikawa: 12.1 "Higher Power Capability of Lithium-Sulfur Batteries through Activated Carbon-Sulfur Composites" (in Japanese), Higher Energy Density and Power Capability of Electrode Materials for Next-Generation Batteries (in Japanese), pp.487-495, Technical Information Institute Co., Ltd. (2017.11.30).
  7. Masashi Ishikawa, Masaki Yamagata: Chapter 9, "Lithium-Ion Batteries Using Ionic Liquids Installed in Satellites" (in Japanese), Frontier of Ionic Liquid Research Toward Practical Use, pp.258-266 (approximately 335 pages total), CMC Publishing Co., Ltd. (2016.12.22).
  8. Masashi Ishikawa: 2. Electrochemical Impedance Methods for Evaluating Electric Double-Layer Capacitors (in Japanese), Special Issue: Recent Trends in Electrode/Electrolyte Interface Analysis by Electrochemical Impedance Methods—Evaluation and Analysis of Energy-Storage and Power-Generation Devices (in Japanese), Electrochemistry, 84(12), pp.985-990 (2016.12.05).
  9. Masashi Ishikawa: 3 "Structure of the Electrode/Electrolyte Interface," 8 "Primary Batteries," 9 "Rechargeable Batteries," 10 "Fuel Cells," 11 "Electrochemical Capacitors," Experiments and Measurements: J "Chronoamperometry and Chronopotentiometry," L "AC Impedance Measurements" (in Japanese), Introduction to Materials Engineering Series: Electrochemistry from the Fundamentals, 2nd Edition (in Japanese), pp.27-32, pp.66-94, pp.143-145, pp.148-151 (165 pages total), Morikita Publishing Co., Ltd. (2015.12.11).
  10. Masashi Ishikawa, Masaki Yamagata: 5.1 "Flame-Retardant FSI Ionic Liquid Electrolytes for High-Performance Lithium-Ion Batteries" (in Japanese), Future Development of Energy-Storage Devices and Electrolyte Research and Development (in Japanese), pp.68-75 (307 pages total), CMC Publishing Co., Ltd. (2014.12.25).
  11. Masashi Ishikawa: 4.2 "Capacitors" (in Japanese), Electronics Series　Latest global trends on CSP (concentrated solar power), pp.87-100 (219 pages total), CMC Publishing Co., Ltd. (2014.11.28).
  12. Masaki Yamagata, Masashi Ishikawa: III.1.3 "Future Electrolytes" (in Japanese), Electronics Series, Lithium-Ion Battery These 15 Years and Emerging Technologies, pp.148-158 (233 pages total), CMC Publishing Co., Ltd. (2014.11.10).
  13. Masashi Ishikawa and Shigeaki Yamazaki: Redox Capacitor, Encyclopedia of Applied Electrochemistry, pp.1779-1786 (2178 pages total), Springer (2014.06.30).
  14. Satoshi Uchida, Masaki Yamagata, Masashi Ishikawa: 2.3.1.4 "Synthesis of Lithium Iron Phosphate Positive-Electrode Materials by High-Frequency Induction Heating and Their Electrode Properties—A Novel Process for Reducing Synthesis Costs" (in Japanese), Development of Active Materials and Electrode-Material Technologies for Lithium-Ion Batteries (in Japanese), pp.109-120 (459 pages total), Science & technology Co.,Ltd. (2014.01.30).
  15. Masaki Yamagata, Masashi Ishikawa: 3.11 "Effects of Using Natural Polymers in Electric Double-Layer Capacitors" (in Japanese), Latest Materials Technologies and Performance Evaluation for Next-Generation Rechargeable Batteries (in Japanese), pp.454-460 (829 pages total), Technical Information Institute Co., Ltd. (2013.12.27).
  16. Masashi Ishikawa, Shigeaki Yamazaki: 6.1 "Capacitor-Type Energy-Storage Batteries Using Halogen Redox Reactions" (in Japanese), Development of Innovative Lithium-Free Rechargeable Batteries (in Japanese), pp.211-221(248 pages total), NTS Inc., (2013.05.08).
  17. Masaki Yamagata, Masashi Ishikawa: 4.5 "Research and Development of Materials for Energy-Storage Devices Using Natural Polymers" (in Japanese), Electronics Series The latest technological trend of rare metal-free secondary batteries, pp.204-219 (260 pages total), CMC Publishing Co., Ltd., (2013.03.19).
  18. Masashi Ishikawa: "Electrolytes for Lithium Rechargeable Batteries" (in Japanese), Advanced Materials Systems One Point 5, Advanced Batteries and Materials (in Japanese)（edited by The Society of Polymer Science, Japan）, pp.49-62(114 pages total), KYORITSU SHUPPAN CO., LTD., (2012.07.25).
  19. Masashi Ishikawa: Comparing the Lighting Times of a Miniature Bulb and an LED (in Japanese), Science Education News, Condensed and Practical Edition: Encyclopedia of Science Experiments, Vol. 12 (in Japanese), p.8, p.70 , Shonen Shashin Shimbunsha (2012.01.25).
  20. Masashi Ishikawa, Masaki Yamagata, Shigeaki Yamazaki, Tatsuya Ito, Yuka MurakumoDevelopment of Capacitor-Type Energy-Storage Devices Using Halogen Redox Reactions (in Japanese),Battery Technology, Vol.23, pp.134-141 (2011.12.02).
  21. Yuichi Honda, Masashi Ishikawa: 6.1 "Development of Electric Double-Layer Capacitors Using Carbon Nanotubes" (in Japanese),New Materials Series「Technology of Functions /Compositions of Carbon Nanotube (Trade edition)」, pp.241-251, CMC Publishing Co., Ltd. (2011.10.05).
  22. Masashi Ishikawa: New Materials Division Lecture: Lithium-Ion Capacitors and Related High-Energy-Storage Technologies (in Japanese),Mining, 64(6), pp.23-32, Metal Mining Association Foundation (2011.07.25).
  23. Masashi Ishikawa: 3.2 "Characteristics of Electric Double-Layer Capacitors Employing Novel Materials" (in Japanese) , 2011 CPC Research Group Report, "Research and Development Trends in Carbon Materials" (in Japanese), pp.88-97, CPC Research Group (2011.05).
  24. Masashi Ishikawa, Masaki Yamagata: [Review] Recent Trends in Electrolyte-Material Development (in Japanese),Engineering Materials, 2011, 59(5), pp.29-33 (2011.04.15).
  25. Masashi Ishikawa: Mini Special Issue, "Lithium Battery System Materials": Carbon Materials for Negative Electrodes (in Japanese), Ceramics Data Book 2010/11 (Industry and Products, 38(92)) (in Japanese), pp.54-57, Industrial Products Technology Association (2010.12.12).
  26. Masashi Ishikawa: 1 "General Overview" (in Japanese), Electronics Series Lithium-Ion Capacitor Technologies and Materials (in Japanese)(supervised by Masashi Ishikawa）, pp.1-15, CMC Publishing Co., Ltd. (2010.10.21).
  27. Masashi Ishikawa: 11.4 "Electrolytes Used in Capacitors" (in Japanese), Battery Handbook (in Japanese), pp.725-729(783 pages total), Ohmsha, Ltd. (2010.02.10).
  28. Masashi Ishikawa: 1.9 "Multi-Walled Carbon Nanotubes (MWCNTs)" (in Japanese), Frontiers in Next-Generation Capacitor Development—from Materials and Configurations for High Capacity and High Voltage to Rechargeable-Battery Hybrids and Recent Application Trends (in Japanese), pp.98-109(284 pages total), Technical Education Publishing Co., Ltd. (2009.09.25).
  29. Masashi Ishikawa: 3 "Structure of the Electrode/Electrolyte Interface," 8 "Primary Batteries," 9 "Rechargeable Batteries," 10 "Fuel Cells," 11 "Electrochemical Capacitors," Experiments and Measurements: J "Chronoamperometry and Chronopotentiometry," K "Conductometry," L "AC Impedance Measurements" (in Japanese), Introduction to Materials Engineering Series: Electrochemistry from the Fundamentals (in Japanese), pp.19-24, pp.58-64, pp.65-72, pp.73-79, pp.80-85, pp.132-133, pp.134-136, pp.137-140(153 pages total), Morikita Publishing Co., Ltd. (2009.05.27).
  30. Masaki Yamagata, Masashi Ishikawa: 5.6.1 "Lithium Batteries" (in Japanese), Fundamentals of Modern Interface and Colloid Science, 3rd Edition (in Japanese), pp.219-225(467 pages total), Maruzen Co., Ltd. (2009.04.25).
  31. Masashi Ishikawa: 4.2 "Principles of Electric Double-Layer Capacitors," 8.2.4 "Electric Double-Layer Capacitor Electrodes Using Multi-Walled Carbon Nanotubes" (in Japanese), Capacitor Handbook (in Japanese), pp.196-216, pp.433-438, Maruzen Co., Ltd. (2009.01.30).
  32. Masaki Yamagata, Masashi Ishikawa: III.1.3 "Future Electrolytes" (in Japanese), Lithium-Ion Battery These 15 Years and Emerging Technologies, pp.148-158, CMC Publishing Co., Ltd. (2008.12.25).
  33. Masashi Ishikawa: 9 "Polymer Gel Electrolytes" (in Japanese), CMC Technical Library 276 Advanced Electrochemical Capacitors;Their Development,Application and MaterialsⅡ(Popular Edition), pp.259-267, CMC Publishing Co., Ltd. (2007.11.23).
  34. Masashi Ishikawa: Capacitors: Opening the Way to the Energy Society of the Future (in Japanese), 115 pages total, KD Neobook / Kagaku-Dojin Publishing Company, INC. (2007.10.15).
  35. Masashi Ishikawa, Yuichi Honda: 1.3.3.2.12 "Development of an Ultrathin CNT Electric Double-Layer Capacitor Embedded in a Printed Circuit Board" (in Japanese), Nanocarbon Handbook (in Japanese), pp.387-393, NTS Inc. (2007.07.17).
  36. Masashi Ishikawa, Masayuki Morita: 2.4 "Electrolytes" (in Japanese), Lithium Secondary Battery Technology, pp.87-115, CMC Publishing Co., Ltd. (2007.02.22).
  37. Masashi Ishikawa, Yoshiharu Matsuda(Kensei): III.3.6 "Capacitors—Toward Expanding Fields of Application" (in Japanese), Ecomaterials Handbook (in Japanese), pp.442-444, Maruzen Co., Ltd. (2006.12.30).
  38. Yuichi Honda, Masashi Ishikawa: 6.1 "Development of Electric Double-Layer Capacitors Using Carbon Nanotubes" (in Japanese), New Materials Series「Latest Technologies for Carbon Nanotube Functions and Composites (in Japanese)」, pp.241-251, CMC Publishing Co., Ltd. (2006.05.31).
  39. Masashi Ishikawa: 2.3 "Development Status and Challenges of Electric Double-Layer Capacitors" (in Japanese), Electronics Materials and Technology Series「Advanced technologies for ubiquitous energy」, pp.100-107, CMC Publishing Co., Ltd. (2006.05.31).
  40. Masashi Ishikawa: 6.1.2.b "Capacitors" (in Japanese), Experimental Chemistry Series, 5th Edition, Vol. 25, "Catalytic Chemistry and Electrochemistry" (in Japanese)(edited by The Chemical Society of Japan), pp.277-287, Maruzen Co., Ltd., (2006.01.30).
  41. Masashi Ishikawa: New Energy-Storage Devices for an Electrical-Energy Society (in Japanese), Nikkei BP Mook, "Universities in Transformation" Series, Kansai University 2005–2006 Edition (in Japanese), pp.76-79, Nikkei BP Planning, Inc. (2005.05).
  42. Masashi Ishikawa: 3.1 "High-Capacity Capacitors" (in Japanese), Comprehensive Handbook of Polymer Materials and Technologies (edited by the Editorial Committee for the Comprehensive Handbook of Polymer Materials and Technologies) (in Japanese), pp.480-485, Industrial Technology Service Center (2004.09.07).