西 義武

（１）CV-Y. Nishi 1-1: Name（year）：Yoshitake Nishi (71 at 15th March 2022). Prof. Emeritus (Tokai University 575) PhD Engineering (Tech. - 675, Tohoku University), Materials Science, Glass-formation of metallic amorphous - Chief Instructor: Tsuyoshi Masumoto Prof. of FacultyInstitute of Materials Research. Co-president (2021-present), Boad & Editorial members (Oct.2019-present) of Emeritus Prof. Faculty of Tokai University. Director of MIF (Matsumae International Foundation: 2018, Feb.-present), Project Researcher of KISTEC (Kanagawa Institute of Industrial Science & Technology : 2018, Oct.- present), Adviser of SSH (Super-Science High School) of Takanawadai (2004 - present) attached to Tokai University. 1-2: Contact Address: 2-39-7 Daizawa, Setagaya, Tokyo,155-0032 Japan. Tel: +81-3-3412-2500, Smartphone；+8-190-6030-7816, E-mail：west@tsc.u-tokai.ac.jp 1-3: Academic record: July,1983: PhD. (Engineering-675, Tohoku University): The PhD title was ‘Glass Formation of Liquid-Quenched Metal-Nonmetal alloys’, instructed by Prof. Tsuyoshi Masumoto with Kenji Suzuki, Hiroshi Shiraishi & Kenzo Igaki. <The PhD thesis was passed with full score. When the PhD referees committee was started on summer at 1978, no doctoral course students of classmate in Tohoku University started that at that time, yet. Thus, the committee postponed to get my PhD. The measurement systems of viscosity were supported by modified IIda type capillary method (Prof. Suzuki of IMR, Tohoku) and Oscillation method in Waseda University (Prof. Kayama, PhDs. Kiuch and Suzuki). The sessile drop method of density was partly supported by Dr. Watanabe in Prof. Shiraishi Unite.).> March,1976: Master degree of Engineering. Tohoku University (Primly course of Doctoral Graduate school of Engineering): I firstly succeeded to determine ‘the critical cooling rate of glass formation against crystallization on alloys liquid quenching’. It was instructed by Profs. Tsuyoshi Masumoto (Prof. of Institute of Materials Research) with Masaaki Naka PhD (Currently Profs. Emeritus, Osaka Universities) in Institute of Materials Research. Profs. Taiji Nishizawa (Thesis) and Yasutaka Iguchi (Seminar for refining) were also co-instructors. <I mainly learned the speedy research mode of Prof. Masumoto, phase transformation of Prof. Nishizawa and dislocation theory from Profs. Karashima, Sumino and Kimura. When I participated the intensive lecture of Prof. Erriot from MIT, he declarer Nishi was only his student in Tohoku University by my active participation after two weeks Intensive lecture. I participated not only annual meetings of directors of my father’s Company, but also an international business tour to USA of EB-melting process in CA, Meshii-Unite in NW-Univ., an oxygen sensor of ZrO2-CaO electrolyte cell of Prof. Fettler unite in Carnegie-Melon Univ., discussion in MIT and precision casting of AR wood Ltd. in USA for three weeks instead of my sick father for three weeks. When President Nicolson of Ar wood and I visited to Profs. Flemings and Elliot in MIT, I discussed to them about developing production process of 30Cr-2Mo ferrite stainless steels on Feb. 1975. Tsuyoshi Nishi, currently Prof. of Ibaraki University was bone at 15th Dec. 1975. > March,1973: Bachelor degree of Engineering from Akita University (Department of Metallurgy):BA-title was ‘Annihilation of dislocation in single crystalline of pure iron by cyclic annealing’, instructed by Jiroh Watanabe (Dislocation Theory: Maruzen, Japan) in Physical Metallurgy Unite. <To avoid the student disturbances influenced in metropolitan area, I studied the Akita University in country side. I got top score of Mathematics at 4 times in 6 times annual tests. Since I was a class representative of the Metallurgy Department Freshman, I tried to keep the good atmosphere among students and profs to prevent the student disturbances. By the way, I had a black belt of Gojyuryu Karate and challenged the Championships of Tohoku and East side of Japan at Iwate Univ. and Nippon Budohkan, respectively. I always won or drew the official matches except one time, at which I got the 2nd position of Freshman Championship in Akita University. Daily training enlarged both attack speed and power. In addition, I noticed that both optimal opportunity and distance prior to attack were useful including the brain storming and simulation. > March, 1969; Graduation from Ueno High School: < I was good at receiving the ball of touchfoot as well as defensive movement of Jyudo & Vollyball. Since our class devided into stronger and weaker tems to get Class-Chanpionship, the stronger team easily got other classes. Since my weaker volleyball team became to be stronger than the other stronger one by our teamspirit, the stronger team could not easily win because of cheering with encouragement of most audiances. My score of Mathematics was resistered at the high ranking at the end of 2nd grade. Since our graduation celemony was disturbed by student disturbances, it was supported by the 4th riot police.> 1-4: Regular post 2018A-present: Prof. Emeritus (Tokai University-No.575): <My works are currently supported by Research Units of Associate Profs. Michell Salvia in ECL, Michaell Cristfer Faudree in TCU & Satoru Kaneko in KISTEC and Tsuyoshi Nishi, Prof. in Ibaraki Universities, as well as Prof. Hideki Kimura and Assistant Prof. Helmut Takahiro Uchida (CFRP & Polymers Adhesion) in Tokai University.> 2016A-2017M: Prof. with Special Mission (Tokai University) 2000A-2016M: Prof. of Tokai University (Materials Science Department): <JABEE and SSH (Super Science high school) had been successfully started with my contribution. International collaborations had been performed as Invited Profs. of NSEM-SE, INSA-Lyon & ECL. To encourage graduate students and young researchers of Tokai University, I attempted and maintained to be the top class presentaion number in the Materials Transactions for 3 streight years.> 1994A-2000M: Prof. of Tokai University (Metallurgical Department): <CFRP had been investigated by collaboration with M. Salvia in Ecole central Lyon. I also became to be an invited Prof. of Tohoku University (IMR). Based on the order from President, an advanced room for equipents (TEM, EPMA, Tof-SIMS, ESR, XRD & etc.) for materials evaluations was established as a Chaiman. Collaboration with Tohoku University had been performed as a a guest professor. Prof. Eiichi Fujita pointed out my research of ‘tortion free tensile test for fibers’ to be an original creative innovation in annual meeting of Japan Institute of Metals.> To encourage students of Tokai University, I attempted and maintained to be the top presentaion number of Japan universities in the journal of Japan Institute of Metals for 5 streight years. 1985A-94M: Associate Prof. of Tokai University (Metallugical Department): < Effects of press on Tc were firstly found for Pb, YBa2Cu3Ox and BiPbSrCuOx superconductors, published in Materials Science Letters, J. Applied Physics and Physical Review B, respectively. A Positive dJc/dT (temperature dependent critical superconducting current) effective for quenching were firstly found for YBa2Cu3Ox and BiPbSrCuOx. This phenomenon was experimentally confirmed by Broch, Editor of Physics Letter A, when he accepted my paper.GMM, Shape memory alloys and Intelligent materials as well as effects of electron beam on mist-resistance for transparent ceramics glass and on strengthening for ceramic and Carbon fiber had been investigated. Based on the order from Prof. Kawakami, I planned to establish the Society of Advanced Science (SAS). When the Suzuki Effect of substitutional solute on resistance to dislocation mobility was experimentally confirmed by Prof. Saka, I met Prof. Hideji Suzuki of Tokyo Unversity. Since he was interested in my research with simple rule, he said he read all my papers published in Major Journals.> 1982A-85M: Junior Associate Prof. of Tokai University (Metallugical Department): <Although the student disturbrances were mostly induced by right requirements, some groups of students influenced often injured and killed by each other. Thus, I always took care of students, as an instructor. Since Prof. Takayama , former director of Nuclear fusion Institute, strongly advised that reseachers should submit to pass the Physical Review, I start to submit my papers related to not only evaluation of the solid (Crystal) – liquid (supercooled liquid) interfacial energy by using nucleation frequency, but also randomization process of metallic glasses to Physical Review B and Applied Physics. > I started the research for superconductivity. 1977A-82M: Academic Researcher of Tokai University (Metallugical Department): <To learn the Matsumae spirite with hartful Education for Engineer, Researcher and Top leader of Japan, I enter the Tokai University at the golden age with Medical department founded, Active TV program of Space Information Center, Jyudo Champion of Yamashita (sophomore) and base ball of Hara (2nd grade in Sagami High school). Prof. Yajima advised me to do my best, rather than taking criticism. Profs. Asada (the 1st Chairman of Government Concile of Earthquaque prediction) and Asanuma (Mechanical Engineering) suppoted me. I innovated the piston-anvil quenching method with Alumel-chromel thermocouple (20μm-diameter). Prof. Suzuki in Tokyo University recommends me to be one of panelists to explain the glass forming ability with critical cooling rates for metallic glasses. To encourage students of Tokai University, I attempted and maintained to be the top presentaion number of Japan private universities in the annual meeting of Japan Institute of Metals since Niigata.> 1973A-77M: Researcher of Nippon Koukyu Kinzoku (NKK) <Mg, Al, Cu, Lost wax process, centrifugal casting of heat resistive steel alloys, shell mold casting of cutters for paper manufacturing, and extreamly low carbon 30Cr-2Mo ferrite stainless steel> 1-5: Additional or adjunct Post: 1973A-74M: Researcher of Institute of Iron, Steel & Other metals (Tohoku University) 1975A-77Feb: Part-time Research Director of NKKKK <International Technical Cooperation and Value Analysis including Tecnological Quality Control & Stratogic Accounting><Cost reduction methods by Value analysis were succeeded. Since I won the management game of Sony developed by using strategic accounting, I confirmed that Hitach based Yokobri management method is better than Sony one during the economic condition with excess supply.> 1980-2000：Researcher of Institute for Science & Technology, Tokai University 1984：Guest Researcher of Institute for Welding, Osaka University 1984~1996: Adviser of Pilot Fountainpen Ltd. (Hiratsuka, Japan) 1985-95：Associate Prof. of Graduate School of Metallurgy, Tokai University 1994：Invited Prof. of Institute of Materials Research, Tohoku University 1995-2016：Prof. of Graduate School of Metallurgy, Tokai University 2000-05：Researcher of Institute for Future Science & Technology, Tokai University. 2005-06：Head of Department of Materials Science 2004-16：Prof. of United Doctoral Gradute School of Sci. & Tech., Tokai University 2004-present：Adviser of SSH (Super-Science High School) of Takanawadai attached to Tokai University 2008：Invited Prof. of NSEM-SE in France 2009：Invited Prof. of LGEF-INSA Lyon in France 2010：The PhD.-Evaluation commitee menber of Tohoku University 2010-12 : The Prof.-Evaluaton commitee menber of Institute of Biomaterials Sci. & Tech. (IBST) of Tokyo Medical & Dentist University (TMDU) 2010-15: Adviser of Houden-Seimitsu LTD (Atsugi, Japan). 2012：Invited Prof. of ECLyon in France 2013-14：The operating & advisary commitee menber of IBST of TMDU. 2012：The Prof.-Evaluation commitee menber of Hirosaki University 2013：The PhD.-Evaluation commitee menber and Instractor of INSA de Lyon 2017A-2018M: part-time lecturer (Tokai University) 2018, Feb.-present: Director of MIF (Matsumae International Foundation) 2018, Oct.-present : Project Researcher of KISTEC (Kanagawa Institute of Industrial Sci. & Tech.) 2019, Oct.-2021 : Secretary of Faculty of Emeritus Prof. 2021, Oct.-2022 : Vice-Chairman of Faculty of Emeritus Prof. 2022, Oct.-2023: Chairman of Faculty of Emeritus Prof. <Interesting field> Nishi is always interested in innovation of new process induced by nanoscopic defects and/or transformation for structural, electoric, magnetic, superconductive, mover composits & hibride materials utilized for Advanced Technology related to airrospace, automobile, biomedical, Ecology & intelligent.

空手部寒稽古（秋田大学） （1971, 1972/Dec-Feb.） ＜恒例の秋田市川端の川で寒稽古（秋田魁新聞掲載・秋田TV放映）・1週間合宿・最終日新人王戦。１・２年の新人王戦は、航空管制官になった燃料科学科の中野に僅差で敗れ準優勝。この間、秋田県警で小中高校生の空手寒稽古を指導補助。＞

剛柔流空手道昇段試験会（秋田県）（1972/Oct.）＜二段・三段昇段試験組手対戦相手を命ぜられた。すべて1本勝ちしたが、全員昇段に成功した。社会人でもあり長年の空手愛好家でもあることを考慮して昇段させたのは老人になって理解できるが、若い時は空手道を究める努力をしてきたので、違和感を覚えた。そこで、黒帯までは目指すが、高段位は目指さないことに決めた。＞

東北学生空手道選手権大会 （岩手大学1973/July）団体戦 ＜副将戦で対戦し、引き分け＞

1977年 東海大学工学部金属材料工学科 助手 任用、 1982年 同 講師 昇格、 1985年 同 助教授 昇格、 1994年 同 教授 昇格 2000年 東海大学工学部 材料科学科 教授 （学科名変更） 現在、名誉教授。 この間、 仏国立大学招聘教授（サンテチエンヌ鉱山大学大学院、INSA de Lyon大学大学院, ECLyon大学大学院） 東北大学金属材料研究所客員教授(1994年度)、 大阪大学溶接研究所客員研究員(1984年度)、 東海大学総合科学研究所研究員(1980-2000)、 東海大学未来科学技術共同利用センター研究員(2000-現在)、 東海大学大学院工学研究科金属材料工学専攻助教授(1985－1995)、 東海大学大学院工学研究科金属材料工学専攻教授(1995-2016) 東海大学連合大学院理工学研究科（博士課程）教授(2005-2016) を兼任。 現在、東海大学名誉教授会会長・会報編集委員、東海大学付属高輪台高校顧問、松前国際友好財団理事、神奈川産業総合研究所(KISTEC) Project Researcherを兼務。

:Journal paper (International Full paper)[Rapid Communication]: 453(>250)[>200], Book: 13, Review + Proceedings >220, Prize 32, Patent: 32(9th Researcher in Japan University Academics 2006), Invited lecture: 31, News paper: 16, Chairman of International Conference (Co-chairman): 3 times (2 times)