[AW1]Cluster Variation Method as a powerful tool for Theoretical and Computational Materials Science
*Tetsuo MOHRI1(1. Professor Emeritus, Hokkaido University, Sapporo & Senior Fellow, Japan Science and Technology Agency, Tokyo)
日本金属学会2022年春期(第170回)講演大会
Mar 15 - Mar 22, 2022東京大学駒場キャンパス、ポスターセッション(オンライン開催)
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日本金属学会2022年春期(第170回)講演大会
Mar 15 - Mar 22, 2022東京大学駒場キャンパス、ポスターセッション(オンライン開催)
You can search for presentations in this event.
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[AW2]Dual-Phase Microstructure Control for Improving the Magnetic Properties of Permanent Magnets
*Satoshi Sugimoto1(1. Tohoku Univ.)
[1]Clarification of structure-property relationship by correlative 3DAP/TEM/SEM analysis
*Taisuke SASAKI1(1. NIMS)
[2]Three-dimensional observation of solute atom enrichment areas at the kink boundary of Mg-Zn-RE alloy
*YIFANG ZHAO1, HONGYE GAO2, ZIMENG GUO1, DAISUKE EGUSA3, EIJI ABE3, SATOSHI HATA2(1. Kyushu University (postgraduate), 2. Kyushu University, 3. Tokyo University)
[3]Formation of α-Pt2Si at the Pt/SiOx interface induced by electron irradiation
*Kazuhisa SATO1, Hirotaro MORI1(1. Research Center for UHVEM, Osaka Univ.)
[4]Development of HVTEM-QMS-GC system for operando measurement of chemical reactions
*Shunsuke MUTO1, Shigeo ARAI1, Tetsuo HIGUCHI2, Shigemasa OHTA2(1. IMaSS, Nagoya Univ., 2. JEOL)
[5]Microstructure observation of CuLa alloys as cathode material for fluoride shuttle battery
*shangping zhu1, hiroshi akamine1, yusuke nagahata2, takeshi tojigamori3, kosuke noi4, hidenori miki3, yicheng zhang2, tatsuya tokunaga2, satoshi iikubo1(1. Kyushu university, 2. Kyutech, 3. TOYOTA, 4. Kyoto university)
[6]Phase field simulation for the development of fluoride shuttle battery
*Yusuke Nagahata1, Shangping Zhu2, Hiroshi Akamine2, satoshi Iikubo1,2, Takeshi Tojigamori3, Kosuke Noi4, Hidenori Miki3(1. Kyutech, 2. Kyushu university, 3. TOYOTA, 4. Kyoto university)
[7]Anisotropic microstructural evolution in free sintering and constrained sintering of metal film by using FIB-SEM tomography
*Gaku OKUMA1,2, Fumihiro WAKAI1,2(1. National Institute for Materials Science (NIMS), 2. Tokyo Institute of Technology)
[8]Determination of phase stability of compounds using specimens annealed under temperature-graded condition
*Ayako IKEDA1, Makoto Tomimoto1, Chieko Toku1, Taichi Abe1(1. National Institute for Materials Science)
[9]In situ SEM observation using backscatter electron signal at 1200 degrees Celsius
*Takeshi Otsuka1, Sadahiko Mochizuki1, Masaya Hara1(1. JEOL Ltd)
[10]Characterization of HFCVD Diamond Layer by Confocal Raman Spectroscopy
*Kouji TANAKA1, Shinya OHMAGARI1, Takehiro SHIMAOKA1, Hitoshi UMEZAWA1, Hideaki YAMADA1(1. AIST)
[11]Interaction between a substrate and a probe obtained from an experiment and a theory in a liquid Ga metal
*Kentaro Tozawa1, Ken-ichi Amano2, Takashi Ichii3(1. Meijou Univ (student), 2. Meijou Univ (Associate Professor), 3. Kyoto Univ (Associate Professor))
[32]Evaluations of macro structure and strength of ODS steels heated to ultra-high temperature simulating accident situations
*Takashi Tanno1, Koji Fujita1, Yasuhide Yano1, Satoshi Ohtsuka1, Hideharu Nakashima2, Masatoshi Mitsuhara2, Masato Ohnuma3, Takeshi Toyama4, Takeji Kaito1(1. JAEA, 2. Kyushu Univ., 3. Hokkaido Univ., 4. Tohoku Univ.)
[33]Microstructural analyses of MA957 irradiated in the experimental fast reactor Joyo
*Yasuhide YANO1, Takeshi Toyama2, Takashi Tanno1, Satoshi Ohtsuka1, Masatoshi Mitsuhara3, Hideharu Nakashima3, Masato Ohnuma4, Takeji Kaito1(1. JAEA, 2. Tohoku Univ., 3. Kyushu Univ., 4. Hokkaido Univ.)
[34]Microstructure change of ODS steel by ultra-high temperature heating test
*Jin YAMAZAKI1, Masato OHNUMA2, Takashi TANNO3, Satoshi OHTSUKA3, Takeshi TOYAMA4, MASATOSHI MITSUHARA5, Hideharu NAKASHIMA5(1. Hokkaido Univ., 2. Hokkaido Univ., 3. JAEA, 4. Tohoku Univ., 5. Kyushu Univ.)
[35]Evaluation of Creep Properties of FeCrAl-ODS Alloy by Small Punch Creep Test
*Naoko OONO1, Taiki SATO1, Hiroyoshi KIKUCHI2, Jiarui RIU3, Hao YU3, Ryuta KASADA3(1. Yokohama National Univ., 2. QSC, 3. IMR Tohoku Univ.)
[36]Microstructure of Cu-Y compound doped ODS-Cu alloys fabricated by MA-HIP process
*Yuusuke SHIMADA1, Yuta NAKAJIMA1, Yoshimitsu HISHINUMA2,3, Ken-ichi IKEDA4, Hiroyuki NOTO2,3, Takeo MUROGA2,3, Kenta YOSHIDA1, Toyohiko KONNO1, Yasuyoshi NAGAI1(1. Tohoku University, 2. NIFS, 3. SOKENDAI, 4. Hokkaido University)
[37]Study of multi-simultaneous measurement system development under radiation environment and innovative materials
*Eiichi WAKAI1, Yosuke IWAMOTO1, Tamaki SHIBAYAMA2, Koichi SATO3, Kodai TOYOTA1, Takashi ONIZAWA1, Takashi WAKUI1, Taku ISHIDA4, Shunsuke MAKIMURA4, Yuki NAKAGAWA2, Yoshihiro YANO5(1. JAEA, 2. Hokkaido Univ., 3. Kagoshima Univ., 4. KEK, 5. Kojundo Chemical Lab. Co. Ltd.)
[38]Evaluation of Irradiation Resistance of 316FR Stainless Steel under In-situ Electron Irradiation Observation
*Kodai Toyota1, Eiichi Wakai1, Takashi Onizawa1, Tamaki Shibayama2, Yuki Nakagawa2(1. 原子力機構、2. 北大工)
[39]Measurement of electrical resistance of metals and silicon under laser irradiation
*Yosuke IWAMOTO1, Eiichi WAKAI1, Yuki NAKAGAWA2, Tamaki SHIBAYAMA2(1. JAEA, 2. Hokkaido Univ.)
[40]Microstructural change in reduced activation high entropy alloy under ion irradiation up to 73 dpa
*Hiroshi OKA1, Naoyuki Hashimoto1, Shigehito Isobe1, Shinichiro Yamashita2(1. Faculty of Engineering, Hokkaido University, 2. Japan Atomic Energy Agency)
[41]Identification of the type of micro lattice atomic dislocation loops in copper using one-dimensional motion behavior
*Hirota Masakazu1, Satoh Yuki1, Ohkubo Kenzi2, Tanioka Takashi2(1. Hiroshima Inst. Tech, 2. Hokkaido Univ.)
[42]Electron microscopy of the interaction between defects and domain walls in iron alloys
*Junichi Hirabayashi1, Toshiyuki Fujita1, Fumihisa Kano1, Takehito Seki2, Naoya Shibata2(1. Toshiba Energy Systems & Solutions Corp., 2. The University of Tokyo)
[43]Optimizing Nanoindentation Tests by Effective Zero-point with Continuous Stiffness Measurement (CSM) Method and Berkovich Tip
*Diancheng Geng1,2, Hao Yu2, Yasuki Okuno2, Sosuke Kondo2, Ryuta Kasada2(1. Graduate School of Engineering, Tohoku University, 2. IMR, Tohoku University)
[44]Thermodynamic model for G-phase precipitation in steels
*Satoshi MINAMOTO1, Toshiaki HORIUCHI2, Takamichi MIYAZAKI3, Hiroshi ABE3(1. National Institute for Materials Science (NIMS), 2. Hokkaido University of Science, 3. Tohoku University)
[45]Prediction of G-phase precipitation by thermodynamic calculation for the estimation of thermal embrittlement
*Toshiaki HORIUCHI1, Haruka SATO2, Satoshi MINAMOTO3, Takamichi MIYAZAKI4, Hiroshi ABE4(1. LAM, Hokkaido Univ. Science, 2. Hokkaido Univ. Science, 3. NIMS, 4. Tohoku Univ.)
[91]Heat treatment properties of the AlSi10Mg/SiC composites fabricated by Selective Laser Melting
*Yuta Yanase1, Hiroaki Matsumoto2, Hajime Miyauchi3, Kozo Yokota3(1. Kagawa Univ., 2. Kagawa Univ., 3. Kagawa Prefectural Industrial Technology Center)
[92]Microstructure evolution of cast Al-Si alloy under superheated melted condition via electron beam melting
*Huakang BIAN1, Kenta AOYAGI1, Kenta YAMANAKA1, Akihiko CHIBA1(1. IMR. Tohoku Univ.)
[93]Tribological Properties of Al-Si Alloy Fabricated by Powder Solidification Extrusion and Casting Methods
*Mariya KUNICHIKA1,2, Takashi MATSUOKA3, Morimasa NAKAMURA3, Hidetoshi SOMEKAWA2(1. Doshisha Univ. Science and Engineering (graduate student), 2. NIMS, 3. Doshisha Univ. Science and Engineering)
[94]Surface Analysis of AC4B Aluminum Alloy
*Tomoki HAYAKAWA1, Masaaki KATO1, Akira YAMAUCHI1, Kazuhide Yamashita2(1. National Institute of Technology(KOSEN),Gunma Collage, 2. Tokyo Light Alloy Co., Ltd.)
[95]Microstructure and mechanical properties of Al-based eutectic-type mille-feuille materials
*Koji HAGIHARA1, Toko Tokunaga1, Syuhei Ohsawa2, Shohei Uemichi3(1. Nagoya Institute of Technology, 2. Nagoya Institute of Technology, 3. Osaka University)
[96]Characteristics of second phase particles affecting microstructure formation in Al-1mass%Mn alloys
*Ken-ichi Ikeda1, Kazuha Yamase1, Seiji Miura1(1. Hokkaido Univ.)
[97]Age-hardening behavior in Al-Si-Mg cast alloy added different Si content
*Taiki TSUCHIYA1, Seungwon LEE1, Susumu IKENO2, Kenji MATSUDA1(1. University of Toyama, 2. Professor emeritus, University of Toyama)
[98]Microstructure observation of homogenized Al-1.6mass%Mg2Si Alloy after extrusion
*Shun KAWAMATA1, Taiki TSUCHIYA1, Seungwon LEE1, Susumu IKENO2, kenji MATSUDA1(1. University of toyama, 2. Professor emeritus University of Toyama)
[99]Microstructure observation of Al-0.5mol%Mg₂Si alloys various excess Si
content in T6 treatment
*Junya MAEDA1, Taiki Tsuchiya1, Seungwon Lee1, Susumu Ikeno2, kenji Matsuda1(1. university of toyama, 2. Professor emeritus, University of Toyama)
[100]Microstructural observation of Al-Zn-Mg-Cu alloy with grain refiner at different aging temperatures
*Yusuke SEKIGUCHI1, Ryo arekkusu TATEMATSU1, Taiki TSUCHIYA1, Seungwon LEE1, Susumu IKENO2, Kenji MATSUDA1, Karin SHIBATA3, Hiroaki MATSUI3, Satoshi NISHIKAWA3, Tomoo YOSHIDA3, Satoshi MURAKAMI3(1. University of Toyama, 2. Professor emeritus University of Toyama, 3. AISIN KEIKINZOKU Co., LTD)
[101]Evaluation of dislocation microstructure change during tensile test in Al alloys by In-situ XRD measurements
*Hiroki ADACHI1, Shunsuke TAKAHASHI2, Masahiro HIRATA2, Daisuke OKAI1(1. University of Hyogo, 2. University of Hyogo(M2))
[102]Structural analyses on solute-dilute clusters formed during natural aging of Al-Mg-Si alloys
*Ryouhei KINOSHITA1, Daisuke EGUSA2, Taisuke SASAKI2,3, Kazuhiro HONO3, Eiji ABE2,3(1. the University of Tokyo (grad student), 2. the University of Tokyo, 3. National Institute for Materials Science)
[103]Investigation of initial solute cluster structure in Al-Mg-Si alloys by first-principles calculation
*Kensuke HIYOSHI1, Daisuke EGUSA1, Masatake YAMAGUCHI1,2, Eiji ABE1,3(1. The University of Tokyo, 2. JAEA, 3. NIMS)
[104]First-principles analysis on the competing ordering of solute atoms during aging of Al-Mg-Si alloys
*Yasutaka Nomura1, Hajime Kimizuka2(1. Nagoya Univ., 2. Nagoya Univ.)
[105]Sintering Behavior of Aluminum Alloy Powder Bed by Rapid Heating with Thermite-Type Combustion Synthesis Reaction
*Takumi OHARA1, Tatsuya OHMI2(1. 北大工(院生)、2. 北大工)
[106]Quantifying the interfacial structure of graphene-coated aluminum
*Abdul Adzim Bin Abdul Sukor1, Yutaka Mabuchi2, Kouta Fukuya3, Masahiko Shioda4, Isao Murakami5, Sawa Araki6(1. Utsunomiya University, 2. Utsunomiya University, 3. Utsunomiya University, 4. Nippon Light Metal Co., Ltd., 5. Toyo Aluminium Co., Ltd., 6. NISSAN ARC, LTD.)
[164]Development on Improvement of Environmental Resistance of Steel by Spectroscopic Analysis
*Takashi DOI1(1. Advanced Technology Research Laboratories, Nippon Steel Corporation)
[165]Determination Technique for Polarization Curve of Fe-C in NaCl Solution
*Wenkang Li1, Takuro Matuzaki2, Yuji Ishida1(1. Nishinippon Institute of Technology, 2. Graduate School, Nishinippon Institute of Technology)
[166]Effects of heat treatment on corrosion resistance of Mg-6mass%Zn-0.2mass%Ni alloy
*Ren IWAI1, Kazuya ITANI2, Taiki MORISHIGE3, Takenaka Toshihide3(1. Graduate school of Kansai Univ., 2. Kansai Univ., 3. Kansai Univ.)
[167]Effect of LPSO Phase on corrosion behavior of Mg-Zn-Y alloys
*NOBU YATAGAI1, Kaige Wu2, Takayuki Shiraiwa2, Manabu Enoki2(1. The University of Tokyo(B4), 2. The University of Tokyo)
[168]Analysis of pitting corrosion initiation in AZX912 alloy by in-situ 4D imaging and AE monitoring
*Kaige WU1, Manabu ENOKI1(1. The University of Tokyo)
[169]Influence of Snow on corrosion behavior of steels at cold region
*Masatoshi SAKAIRI1, Hiroo ISHI2, Tadashi SHNOHARA3, Teruhisa TATSUOKA4, Kazuhisa AZUMI1, Naofumi OHTSU5(1. Hokkaido Univ., 2. Hokkaido Univ., 3. Tokyo University of Marine Science and Technology, 4. Tokyo Electric Power Company Holdings, Inc., 5. Kitami-IT)
[170]Combined Analysis of KFM-EBSD-EDS on Initial Corrosion Behavior of S45C Pearlitic Steel
*Yoshiharu MURASE1, Hiroyuki MASUDA1, Hideki KATAYAMA1(1. NIMS)
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