Newspaper Coverage (since 2000)
2024.02.16 |
Nikkei Sangyo Shimbun, p.6,Lithium-sulfur batteries explained: halving weight for drones and flying cars |
2022.09.26 |
Nikkei Sangyo Shimbun, p.7,Improving lithium-sulfur battery durability: Kansai University, Asahi Kasei and partners develop cathode materials |
2022.07.01 |
The Asahi Shimbun, morning edition, p.26,A growing market: improving liquid-electrolyte LIBs with a focus on safety; research advances on nonflammable electrolyte materials |
2022.06.24 |
Nikkei, morning edition, p.36,Decarbonization drives growth: AIST and Kyoto University lead next-generation battery development |
2022.06.03 |
Nikkei, morning edition, p.15,Commodity materials cut battery costs by 30%: GS Yuasa uses sulfur to double capacity |
2022.03.17 |
The Chemical Daily, p.12 ,GS Yuasa explains higher energy density in LiS batteries: VC-derived cathode films provide ion-conduction pathways |
2022.03.08 |
The Chemical Daily, p.8,Asahi Kasei demonstrates AZC (microporous carbon) in LiS cathode materials, achieving approximately 80% of theoretical capacity |
2021.11.16 |
Nikkei, p.16,GS Yuasa develops lightweight sulfur-based batteries for electric aircraft |
2020.10.16 |
Nikkei Sangyo Shimbun, p.1,「Start up X」, "Materials are key to next-generation batteries"; "Kelp mucilage and coke ash"; "Cost reduction remains a challenge" |
2020.03.30 |
Nikkei, morning edition, p.9,Innovation in lithium-sulfur batteries: lightweight, high-power and low-cost |
2020.01.07 |
The Yomiuri Shimbun, p.8,Leading the battery revolution, Part I: Japanese teams join forces beyond lithium; all-solid-state battery research and development advances |
2019.08.29 |
Nikkei, morning edition, p.39,GS Yuasa to develop next-generation aircraft batteries with Kansai University |
2019.05.23 |
Nikkan Jidosha Shimbun, p.3,Automotive Engineering Exposition 2019 Yokohama: advanced technologies for the next generation |
2019.05.23 |
Electronic device industry news, No.2347, p.9,Ionic-liquid LiBs for space applications; aqueous binders move toward mass production |
2018.11.06 |
The Chemical Daily, front page,Startup spotlight: iElectrolyte opens new paths with distinctive technology; seaweed-based aqueous cathode binders reduce LiB equipment costs |
2016.03.25 |
Nikkei, Kinki economy / Kyoto-Shiga edition, p.41; Hyogo regional economy section, Kyoto City recognizes 3 promising startup businesses |
2016.01.03 2016.01.15 |
The Chemical Daily, New Year special issue, Part 2, p.2, p.11, From knowledge to practice: universities shaping the future; Kansai University, "Applying ionic liquids to LiBs" |
2015.08.24 |
Nikkei, morning edition, p.13, AIST and Kansai University use sulfur to achieve 4–5 times the capacity in lithium-ion battery electrodes |
2015.04.03 |
Nikkei, regional economy section, Kinki B, Kansai's compass, Chapter 9, Shining Mosaic ④: basic research as a source of industry |
2015.04.02 |
The Yomiuri Shimbun, evening edition, Tokyo edition p.10, Osaka edition p.6, Exploring knowledge: Japanese contributions to "lightweight and compact" lithium-ion batteries |
2015.03.16 |
The Asahi Shimbun, morning edition, national edition p.17 / Osaka edition p.23, A window into science: next-generation batteries will be safer, more stable, smaller, lighter, higher-capacity and lower-cost |
2015.01.23 |
"Exploring cutting-edge research", The Nikkan Kogyo Shimbun, morning edition, p.23, Exploring cutting-edge research: "Ionic-liquid lithium batteries: flexible, lightweight and highly safe, with promising space applications" |
2015.01.05 |
The Shinano Mainichi Shimbun, morning edition, p.1, Energy-storage device using bodily fluids developed for potential use in pacemakers and other applications |
2014.08.23 |
University Selection, The Yomiuri Shimbun, morning edition, p.16, Space experiments begin toward practical use of a new rechargeable battery |
2014.03.28 |
Nikkei, evening edition, p.1 Electric vehicles travel 30% farther: Daikin and partners improve battery heat resistance |
2013.10.08 |
Nikkei, morning edition, p.14 Osaka and Kyoto universities develop a new battery with energy-storage performance several times that of lithium-ion batteries |
2013.07.18 |
Nikkei, morning edition, p.28 Strengths and challenges of the chemical and textile industries: developing advanced materials |
2013.04.23 |
Nikkei Sangyo Shimbun, p.16 A new energy-storage device combines battery and capacitor characteristics |
2012.11.29 |
Nikkei Sangyo Shimbun, p.011: Kansai University and Daikin sign an agreement to promote fluorine research, education and other activities |
2012.11.29 |
Nikkei, regional economy section, Kinki B: Kansai University and DAIKIN INDUSTRIES, LTD. sign a partnership agreement on human resource development |
2012.11.22 |
The Nikkan Kogyo Shimbun, morning edition, p.8: Kansai University and DAIKIN INDUSTRIES, LTD. strengthen collaboration in education and community engagement |
2012.11.07 |
The Shinano Mainichi Shimbun, morning edition, p.6: A group led by Associate Professor Wataru Sugimoto at Shinshu University's Faculty of Textile Science and Technology develops a capacitor storing 10 times as much energy; "We will continue research" toward electric-vehicle applications (commentary as a capacitor specialist) |
2012.08.17 |
Nikkei, morning edition: The future of energy from Kansai, concluding part: all-solid-state batteries eliminate liquids while ensuring safety |
2012.04.20 |
The Science News, p.2: Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology |
2011.11.02 |
Semiconductor industry news, p.8 「Solar cells and new energy: can next-generation energy-storage technologies reach practical use? Part 4, Kansai University: ionic electrolytes enable high power; successful use of bromine in capacitors」 |
2011.10.06 |
Nikkei, evening edition, p.1 「Charging electric vehicles in minutes: Kansai University and Nissan develop foundational technology; aiming to commercialize a lithium-ion alternative over 10 years」 |
2010.11.28 |
The Yomiuri Shimbun, p.10: "Research on energy technologies that could transform the world" |
2010.06.28 |
Dempa Shimbun, p.1: "Developing innovative rechargeable batteries: an interview with Professor Masashi Ishikawa of the Faculty of Chemistry, Materials and Bioengineering, Kansai University, Director of the Organization for Research and Development of Innovative Science and Technology" |
2009.10.16 |
The Nikkan Kogyo Shimbun, p.21: "Technology exchange seminar held" |
2009.10.12 |
Nikkei, morning edition, p.12: "Kansai University and Hitachi Zosen use nanotubes to increase energy-storage device power 100-fold" |
2009.03.30 |
The Chemical Daily, p.1: "Ionic liquids as LiB electrolytes" |
2009.03.30 |
Nikkei, morning edition, p.13: "Research accelerates on lithium-ion batteries for vehicles" |
2006.03.06 |
The Chemical Daily, p.1: "Practical performance in rechargeable lithium batteries contributes to improved safety" |
2006.03.06 |
The Nikkan Kogyo Shimbun, p.16: "Practical potential of ionic liquids demonstrated in rechargeable lithium batteries" |
2005.07.28 |
The Nikkan Kogyo Shimbun, p.37: "Professor Masashi Ishikawa of Kansai University develops ultrathin nanotube capacitors enabling rapid ion transport" |
2004.09.16 |
The Nikkan Kogyo Shimbun, p.25: "Kinki Bureau of Economy, Trade and Industry and AIST Kansai identify promising young researchers; research showcase on the 28th" |
2004.08.02 |
Nikkei Sangyo Shimbun, p.9: "Associate Professor Masashi Ishikawa of Kansai University develops electric double-layer capacitors, focusing on electrode-interface control" |
2004.06.21 |
Nikkei Sangyo Shimbun, p.7: "Ultrathin energy storage moves toward practical use: reliability testing begins using carbon nanotubes" |
2004.05.18 |
The Nikkan Kogyo Shimbun, p.1 (color): "Hitachi Zosen and Kansai University develop ultrathin carbon-nanotube capacitors as power sources for mobile phones" |
2003.09.18 |
The Nikkan Kogyo Shimbun, p.4: "Kansai University develops a gel electrolyte with twice the performance of an ion-containing solution system, also improving charge-discharge characteristics" |
2001.10.15 |
The Chemical Daily, p.9: "Electrolyte salts improve electric double-layer capacitor performance: Yamaguchi University group introduces an asymmetric gel" |
2000.4.13 |
Ube Jiho, p.9: "Could electric double-layer capacitors transform energy use?" |
Magazine Features and Articles
2022.02.20 |
Nikkei Electronics, 2022/3 issue, pp.61-69,Li-S batteries exceed 1000 cycles; all-solid-state designs bring 500Wh/kg within reach |
2021.12.21 |
TOYO Technical Magazine, 32,pp.3-7 The future opened up by lithium-sulfur batteries |
2020.12.20 |
Nikkei Electronics, 2021/1 issue, pp.38-49, Moving forward with rechargeable batteries, green hydrogen and CO2 utilization: a ticket to zero emissions by 2050. Part 2, next-generation batteries: will Li-S dominate through 2050? Fluoride-based innovation for automotive batteries, Masashi Ishikawa |
2018.12.25 |
GS Yuasa Technical Report, 15(2), 2018, Current Trends in Electrolyte Development for Rechargeable Lithium Batteries, Masashi Ishikawa |
2018.10.11 |
Engineering Materials, 2018/10 issue, feature: "Key technologies for the EV transition: latest trends in automotive battery materials", pp.46-51, Latest trends in lithium-ion battery components: "Electrolytes", Masashi Ishikawa, Satoshi Uchida |
2018.08.15 |
FOURIN Monthly Report on Global Automotive Technology, 2018/8 issue (No.53), regular sector report, pp.50-55, iElectrolyte proposes water-soluble binders for environmentally friendly electrode materials, drawing on its proprietary materials-development expertise, iElectrolyte |
2018.04.01 |
Oleoscience, 18(4), pp.23-28,Development of Ionic Liquid-based Lithium-ion Batteries and Their Applications, Masashi Ishikawa |
2016.03.11 |
Nikkei BP, Nikkei Automotive, April issue, pp.24-25, Automotive Report: technology and market report; ALCA presentation of new battery technologies: new enabling technologies for next-generation batteries, Masashi Ishikawa, Masaki Yamagata |
2016.03.05 |
CMC Publishing Co., Ltd., Functional Materials, 36(3), pp.20-26, Development of Rechargeable Batteries Utilizing Ionic Liquid Electrolytes, Masashi Ishikawa, Masaki Yamagata |
2015.04.01 |
Annual lecture proceedings of the Advanced Battery Technology Research Group, Battery Journal, 1, Li-reversible anodes using micron-scale Si particles and FSI ionic-liquid electrolytes, Masashi Ishikawa, Masaki Yamagata, Satoshi Uchida |
2014.09 published |
Battery Technology, Vol.26, pp.52-60, Distinctive electrode-interface behavior of FSI-anion systems and LIB performance, Masashi Ishikawa, Masaki Yamagata, Yukiko Matsui, Satoshi Uchida |
2011.12 published |
Battery Technology, Vol.23, pp.134-141, Development of Capacitor-Type Energy Storage Devices Using Halogen Redox Reactions, Masashi Ishikawa, Masaki Yamagata, Shigeaki Yamazaki, Tatsuya Ito, Yuka Murakumo |
2011.05 published |
2011 CPC Research Group research report, "Research and development trends in carbon materials", pp.88-97, CPC Research Group, 3.2 "Characteristics of electric double-layer capacitors using new materials", Masashi Ishikawa |
2011.04 published |
Engineering Materials, 2011, 59(5) pp.29-33: "[Review] Latest trends in electrolyte-material development", Masashi Ishikawa, Masaki Yamagata |
2010.09 published |
Kobunshi, 59(9), pp.720-721, feature: "Advances in polymer gels", Gel Electrolytes for Electric Double-Layer Capacitor |
2010.05 published |
Material Stage, 10(2), pp.87-91, Technical Information Institute Co., Ltd.: "9 Potential of ionic liquids as lithium-ion battery electrolytes" |
2009.07 published |
Nikkei Automotive Technology p.64–68: "Searching for what comes after rechargeable Li-ion batteries" |
2009.03.25 published |
Kagaku no Tamago (Science Egg), Science Toy Version: MM (Mini-Mini) Circuit, Gakken Co., Ltd., p.12-15 |
2006.03 published |
ULVAC No.50 p.18: "Electric double-layer capacitors attract attention for ultrafast, high-current charge-discharge technology" |
2005.05.31 published |
Nikkei BP Mook p.76, Kansai University feature: "Professor Masashi Ishikawa, Faculty of Engineering: new storage devices for an electrical-energy society" |
2005.05.30 published |
Weekly Nanotech p.11: "Future capacitors combine CNTs and electrolytes in harmony" |
Television and Radio Appearances
2021.05.23 |
MBS Radio, Japan's Brightest Economic Radio Newspaper |
2021.04.07 |
Asahi Television Broadcasting Corporation, "Cast" |
2017.01.18 |
NHK World TV, Science View |
2015.07.05 Rebroadcast 2015.07.11 |
NHK Educational Television, Science ZERO |
2015.04.21 |
Mainichi Broadcasting System (MBS), Chichin Puipui, Today's Star |
2015.03.10 |
Mainichi Broadcasting System (MBS), Chichin Puipui, Today's Star |
2014.06.24 |
J:COM Channel, Kansai TODAY |
2013.03.23 |
Yomiuri Telecasting Corporation, "Wake Up! Plus" |
2011.11.02 |
Asahi Broadcasting Corporation 16:50-19：00 "Super J Channel" |
2011.10.27 |
Asahi Broadcasting Corporation 16:50-18:54 "Cast" |
2004.12.23 |
TBS Television 17:50-18:20 "News no Mori" |
2004.11.29 |
Mainichi Broadcasting System (MBS) 18:20-18:50 "VOICE" |
2004.11.7, 14 |
SKY PerfecTV! 765ch SCIENCE CHANNEL 15:30-16:00 "Scientists Creating the Future: Masashi Ishikawa, Kansai University" (also aired on 110-degree CS satellite broadcasting and cable TV, with continuous streaming from the SCIENCE CHANNEL Home Page) |
2004.03.06 |
SKY PerfecTV! 765ch SCIENCE CHANNEL 16:00-16:30 "Welcome to Science Hall, Episode 3: Batteries" (also aired on 110-degree CS satellite broadcasting and cable TV, with continuous streaming from the SCIENCE CHANNEL Home Page) |
Digital Media
2022.06.14 |
The Asahi Shimbun Digital , No ignition even when pierced by a rifle bullet: an expanding market for "absolutely safe batteries", Masashi Ishikawa |
2022.01.31 |
Nikkei BP, Nikkei xTECH, Japanese teams pursue multiple approaches to longer-lived Li-S batteries, including going straight to all-solid-state designs |
2021.01.06 |
Nikkei xTECH , Emerging next-generation batteries (2020-2021), Part 2: going straight to all-solid-state designs; addressing the cycle-life weakness of Li-S batteries, Masashi Ishikawa |
2021.01.05 |
Nikkei xTECH ,Emerging next-generation batteries (2020-2021), Part 1: Li-S leads the candidates to succeed rechargeable Li-ion batteries, attracting attention for low cost and high capacity, Masashi Ishikawa |
2020.10.19 |
Nikkei Breaking News Archive , Materials become the competitive frontier for next-generation batteries: overcoming capacity and safety barriers; small, highly skilled teams take on major companies, iElectrolyte |
Other Coverage and Activities
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2023.03.31 |
Research and development of high-voltage lithium-ion batteries using marine-derived polymer components, Suita City joint research and development program with local companies, joint research and development project report |
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2022.07.05～2023.03.31 |
Selected under the 7th Request for Proposals (RFP) of the Japan Aerospace Exploration Agency (JAXA), Space Exploration Innovation Hub Center |
2022.02.03 |
Echion and iElectrolyte Demonstrate Li-ion Battery Cells with Ultra Long Cycle Life , Echion Technologies News |
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2021.10.22 |
improvement in Characteristics and Performance of Metallic Lithium Anode in Electrolyte for Next Generation Cathode, Battery Technology33, pp.35 - 42 |
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2021.07.21～2023.03.31 |
iElectrolyte: Suita City joint research and development program with local companies |
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2021.03.30 |
Masashi Ishikawa: Chapter 1 "Next-generation battery technologies", A ticket to zero emissions by 2050, Part 2: next-generation batteries, "Will Li-S dominate through 2050? Fluoride-based innovation for automotive batteries", Next-Generation Batteries 21, pp.25-37 (246 pages total), Nikkei Electronics |
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2020.03.05 |
Masashi Ishikawa: Future Supercapacitors – Fields and Expectations, Electrochemistry, 88(2), p.52 . |
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2020.02.26～2020.02.28 |
GS Yuasa, Masashi Ishikawa: Research and development of next-generation electric propulsion systems, 2nd Aerospace Technology & Components Expo, Makuhari Messe, Mihama-ku, Chiba |
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2019.08.28 |
Masashi Ishikawa: Selected for a project to commercialize advanced aircraft systems: development begins on lightweight rechargeable batteries for next-generation aircraft, GS Yuasa news release |
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2019.08.28 |
Masashi Ishikawa: ■Selected for NEDO's project to commercialize advanced aircraft systems ■ Development begins on lightweight rechargeable batteries needed for next-generation aircraft: Professor Masashi Ishikawa, Faculty of Chemistry, Materials and Bioengineering, Kansai University × GS Yuasa Corporation, Kansai University press release, No.41 |
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2019.05.31 |
Daisuke Okuda, Hiroaki Kobayashi, Masashi Ishikawa, and Toshiaki Ohta: Mechanism Analysis of Charge-discharge Cathode Reaction with Anion Redox, Memoirs of the SR Center, Ritsumeikan University, No.21, p.45 |
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2018.11.21 |
iElectrolyte: Introduction to aqueous binders for lithium-ion batteries and ionic-liquid batteries, OSAKA Business Fair Manufacturing Exhibition Plus 2018 official guidebook, Osaka 143, p.83, MyDome Osaka exhibition halls on floors 2 and 3, Chuo-ku, Osaka |
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2018.07.27～ 2018.07.28 |
Masashi Ishikawa: Evaluation of high-safety batteries for installation on spacecraft, JAXA Sagamihara Campus open day, JAXA Sagamihara Campus, Sagamihara, Kanagawa |
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2018.05.09 |
iElectrolyte: Selected for Senshu Ikeda Bank's "FY Heisei 29 Consortium Research and Development Grant", Senshu Ikeda Business Exchange Meeting 2018, Hotel Hankyu International (6F, Zuicho Room) |
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2018.03.23 |
Masashi Ishikawa, iElectrolyte: ■ Kansai University technology returns to space! ■ Ionic-liquid batteries developed by the first Kansai University startup installed on JAXA's SS-520 No.5, one of the world's smallest satellite launch vehicles: rocket batteries developed using technology discovered by the Faculty of Chemistry, Materials and Bioengineering, Kansai University press release, science and technology, startups (76) |
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2017.12.06 |
Hirofumi Yamamoto, Masashi Ishikawa: Using advanced chemical analysis instruments: what is inside a material?, Company–researcher networking meeting, Kansai University Center for Innovation & Creativity, Kansai University Center for Innovation & Creativity, Suita, Osaka |
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2017.12.06 |
Masashi Ishikawa: Development of advanced rechargeable batteries, including lithium-sulfur batteries, Company–researcher networking meeting, Kansai University Center for Innovation & Creativity, Kansai University Center for Innovation & Creativity, Suita, Osaka |
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2017.07.05 |
Electrochemistry Laboratory, Kansai University: Exchange with Sichuan University of Media and Communications through JST's Japan Asia Youth Exchange Program in Science (Sakura Science Plan), Japan Science and Technology Agency (JST), Japan Asia Youth Exchange Program in Science (Sakura Science Plan), open-call course activity report No.88; Faculty of Chemistry, Materials and Bioengineering, Kansai University, Suita, Osaka |
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2017.02.07 |
Kenji Adachi, Masashi Ishikawa, Yasuo Kitaoka, Isamu Takahara, Manabu Nojima, Kenji Higashi, Masaaki Yoshikawa: Industry–academia–government dialogue to promote innovation originating in Kansai, Future-Creation Dialogue in Osaka 2017: promoting innovation through deeper industry–academia collaboration, Knowledge Capital Congrès Convention Center, North Building, Grand Front Osaka, Kita-ku, Osaka |
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2016.02.05 |
Michiyuki Kono, Masashi Ishikawa, Masaki Yamagata, Kazunari Soeda: Aqueous binder materials derived from natural resources for LiBs, NEDO startup business-matching meeting (Osaka venue), pp.12-17, Osaka Prefecture University I-site Namba, Naniwa-ku, Osaka |
2016.01.22 |
Michiyuki Kono, Masashi Ishikawa, Masaki Yamagata, Kazunari Soeda: Aqueous binder materials derived from natural resources for LiBs, NEDO startup business-matching meeting (Tokyo venue), pp.12-17, Otemachi First Square Conference Center, Chiyoda-ku, Tokyo |
2015.11.30-12.02 |
High-Performance Batteries Enhanced by Materials Durable Even in Space Operation, 5th World Engineering Conference and Convention (WECC2015), technology exhibition, Kyoto International Conference Center, Annex Hall, Sakyo-ku, Kyoto |
2014.10.23-12.16 |
Week 2: designing molecules; addressing energy challenges through molecular-level energy-storage technologies, Open online course, gacco the Japan MOOC, ga011: The future created by chemistry, materials and bioengineering |
2014.07.11 |
New materials-design guidelines for high-energy, high-power energy-storage devices, Special lecture, Kyoto University Graduate School of Engineering, "Advanced Topics in Material Energy Chemistry VII", Kyoto University Katsura Campus, Nishikyo-ku, Kyoto |
2014.06.23 |
Kansai University press release, FY2014, No.10, Space experiments with ionic-liquid rechargeable lithium batteries: toward practical batteries that withstand extreme environments and stable, compact power supplies for future space missions, Ionic-liquid rechargeable lithium batteries developed by Masashi Ishikawa, Masaki Yamagata, Dai-ichi Kogyo Seiyaku and Elexcel undergo space experiments. [Installed on The University of Tokyo's HODOYOSHI-3 satellite, launched on a Dnepr rocket in the Russian Federation on 6/20 (Friday), Japan time] |
2013.03.23 |
The potential of rechargeable batteries and cleaner living, panel discussion, Wake Up! Plus Live in Kansai University, Future! POWER: "Can energy storage save Japan!?", Kansai University Senriyama Campus, BIG Hall 100, Suita, Osaka |
2013.03.23 |
Future high-performance rechargeable batteries, lecture, Wake Up! Plus Live in Kansai University, Future! POWER: "Can energy storage save Japan!?", Kansai University Senriyama Campus, BIG Hall 100, Suita, Osaka |
2013.01.15 |
Tanso, 2013(256), pp.15-21, Novel electrochemical capacitors using halogen redox reactions, review (Shigeaki Yamazaki, Masashi Ishikawa) |
2013.01.10 |
Development of Lithium Batteries Using Ionic Liquids, special lecture, Nara National College of Technology, Yamatokoriyama, Nara |
2013.01.05 |
Kagaku Kogaku, 77(1), pp.23-27, Electrical energy storage using capacitors, review |
2012.05.30 |
Technologies enabling future high-performance rechargeable batteries and capacitors: toward an energy-efficient society, Kansai University's 83rd press briefing, Kansai University Centenary Memorial Hall (100th Anniversary Hall), Conference Room 2, Suita, Osaka |
2012.03.31 |
Gien, Vol.134, pp.23-34, Development of new materials technologies for a society using electrical energy with high efficiency, bulletin article (Masashi Ishikawa, Ryuichi Arakawa, Yutaka Nishiyama, Yoshinori Arachi, Hideya Kawasaki, Hiroyuki T. Takeshita, Masaki Yamagata, Rui Umeda) |
2010.06.28 |
Science Education News, Shonen Shashin Shimbunsha, No.790, Shonen Shashin Shimbunsha, "Comparing how long miniature bulbs and LEDs stay lit", supervised by Masashi Ishikawa |
2004.11.29 |
FY Heisei 22 Japan Science and Technology Agency, Science Partnership Project, "Development of fuel-cell applications using magnesium hydride", research and experimental report (activity report), pp.4 (special lecture report, Osaka Prefectural Sano Technical High School Project M), "Capacitors opening the way to a future energy society", Masashi Ishikawa |
2011.02 |
FY Heisei 22 Patent Application Technology Trends Survey Committee: Electrochemical Capacitors, "FY Heisei 22 Patent Application Technology Trends Survey Report, Japan Patent Office, 402 pages total", Masashi Ishikawa and others |