[1-1B]Influence of Superheated Steam Amount for Rapid Debinding of Ceramics Molded Bodies
*Toshiki Nakamura1,2, Norio Muto1, Atsusi Nakahira2(1. Takasago Industry Co., Ltd., 2. Osaka Prefecture University)
Spring Meeting of the Japan Society of Powder and Powder Metallurgy, 2019
Jun 4 - Jun 6, 2019Tokyo Institute of Technology Suzukakedai Campus
You can search for presentations in this event.
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Spring Meeting of the Japan Society of Powder and Powder Metallurgy, 2019
Jun 4 - Jun 6, 2019Tokyo Institute of Technology Suzukakedai Campus
You can search for presentations in this event.
SearchSearch Results(170)
[1-2B]The effect of anti-seizure agent in press forming oil for sizing process of sintered materials
*Naoki Nagase1, Hiroyuki Kimizuka2, Yusuke Shirota1(1. Idmitsu Kosan Co.,Ltd., 2. Idemitsu Lubtechno Co.,Ltd.)
[1-3A]Analysis of vibration damping behavior of 2000 series Al sintered material by frequency response function of FFT analyzer.
*Atsushi Hibino1, Syuntaro Yamamoto2, Takumi Kita3(1. Toyama Pref. Univ., 2. Toyama Pref. Univ. Graduate Student, 3. Toyama Pref. Univ. Student)
[1-4A]Fatigue Properties of High Strength Cr-alloyed PM Steels Produced by High Temperature Sintering and Sinter-hardening
*Tatsuya Itahara1, Norimitsu Hirose1, Ola Bergman2, Michael Andersson2, Dimitris Chasoglou2(1. Höganäs Japan K.K., 2. Höganäs AB)
[1-5]Memorial Lecture of JSPM Award
Development and manufacture of the material for high-performance sintering furnaces
*Hiroshi Ohnishi1(1. NIKKATO CORPORATION)
[1-6A]Interface structure of ZrC matrix and precipitated Zr by aging
*Hiroyuki Nakayama1, Kimihiro Ozaki1, Takuji Nabeta2, Yasushi Nakajima2(1. National Institute of Advanced Industrial Science and Technology, 2. Daiichi Kigenso Kagaku Kogyo)
[1-7A]Fabrication of dense c-BN/[ ZrO2(Y2O3)-Al2O3] composites using HIP
○Yuta Kosuga1, Ken Hirota1, Masaki Kato1, Akito Ishii2, Katsumi Okamura2(1. Doshisha University , 2. Sumitomo Electric Industries)
[1-8A]Fabrication of dense ZrB2/B4C Composites Using Pulsed Electric-Current Pressure Sintering
Ken Hirota1, ○Tung Duy LE1, Hiroyuki MIYAMOTO1, Masaki KATO1, Toshiyuki NISHIMURA2(1. Doshisha University, 2. National Institute for Materials Science)
[1-9A]Mechanical properties of SiC-AlN-WC composite ceramics
*Akihiro Nino1, Thanh Thi Trinh1, Takashi Sekine2, Shigeaki Sugiyama2, Hitoshi Taimatsu1(1. Akita University, 2. Akita Industrial Technology Center)
[1-10A]Mechanical properties of ultrafine cemented carbide of WC-Ti(C,N)-Cr3C2-Co with various Co contents
*Tomohiro Tsutsumi1, Masayuki Takada1, Hidaka Matsubara2,3(1. NIPPON TOKUSHU GOUKIN CO., LTD, 2. Tohoku University, 3. Japan Fine Ceramics Center)
[1-11A]FEM analysis of microstructure and thermal stress of WC-Co cemented carbides
○Kodai Akaboshi1, Hideaki Matsubara1, Masayuki Takada2(1. Tohoku University graduate school of environmental studies, 2. Nippon Tokusyu Goukin Co., LTD.)
[1-12A]Influence of carbon concentration gradient on deformation during sintering of cemented carbide.
*Taichi Kajiwara1, Yasuharu Fukuichi1, Takeshi Saito1, Hideaki Matsubara2(1. Kyoritsu Gokin Co.,LTD., 2. Tohoku University)
[1-13A]Characteristic of crack progress behavior and WC in cemented carbide
*HIROAKI GOTOU1, Hiroaki Gotou1, Keiichi Tsuda1, Nakashima Eiji2, Masatoshi Mitsuhara2, Ayumu Yoshida2, Satoshi Ono1(1. Sumitomo Electric Industries,LTD, 2. Kyusyu University)
[1-14A]Effects of WC addition on the sinterability and mechanical properties of AlN ceramics
*Takashi Sekine1, Akihiro Nino2, Yasushi Sugawara1, Shigeaki Sugiyama1, Hitoshi Taimatsu2(1. Akita Industrial Technology Center, 2. Akita University )
[S-0]Opening Address
*Isamu KIKUCHI1(1. Porite Corporation, Supreme Advisor)
[S-1]Oil Impregnated Sintered Bearing with 1μm Inner Dimension Tolerance
*Masaki KOGA1(1. Porite Corporation)
[S-2]Transmission Parts for New-generation HV Automobiles with Multi-steps Taper Shape
*Yoshinori SAWAI1(1. FINE SINTER Co., Ltd.)
[S-3]Sinterized Eccentric Bush Use for Motorcycle ABS Hydraulic Control Unit
*Naoto KOMURO1(1. Porite Corporation)
[S-4]Sinterized Screw Nut Lead Used for Medical Syringe Pump
*Yuki KURODA1(1. Porite Corporation)
[S-5]High-density Sprocket with Low-cost and Die-lubricationless Compaction
*Keisuke NAKANE1(1. FINE SINTER Co., Ltd.)
[S-6]Development of Gears for a Wastegate Valve in a Turbocharged Engine
*Munehiro NODA1(1. Sumitomo Electric Industries, Ltd.)
[S-7]Development of a Pressure Sensor Holder in Gasoline Direct Injection System
*Rie SUZUKI1(1. Sumitomo Electric Industries, Ltd.)
[L]Science and Technology Writing in Action: Preliminary Preparation, Writing, Tips on Japanese-English Translation, Submission, Reviewing, and Publication
*Yoshikazu SUZUKI1(1. University of Tsukuba)
[M]2019 Ordinary General Meeting ・ Award Ceremony
[P]Meeting Party
[2-1A]Preparation condition of the Li+-ion conducting glasses in the system Li2SO4-LiPO3
*Nobuya Machida1, Masahiro MASUDA1, Yuuta nose1(1. Kounan University)
[2-2A]Low temperature sintering of LAGP solid electrolyte and preparation of the thin film
*Tatsuya Nakamura1, Kosuke Aoki1, Takayuki Konya1(1. Graduate School of Engineering, University of Hyogo )
[2-3B]Influence of reduction annealing on the characteristics of CeO2 – YSZ based oxide ceramics
○Taiga Umemura1, Takashi Teranishi1, Akira Kishimoto1(1. Okayama University)
[2-4A]Linear-drive type of modulated rotating magnetic field for different magnetization axes and bi-axial alignment of RE123 powders
*Shigeru Horii1, Hayato Kashiwagi1, Fumiko Kimura1, Toshiya Doi1(1. Kyoto Univ.)
[2-5A]Development of high efficency lithium ion conductor search using machine learning
*Kota Suzuki1,2, Kosei Ohura1, Atsuto Seko2,3, Masaaki Hirayama1, Isao Tanaka3, Ryoji Kanno1(1. Tokyo Institute of Technology, 2. JST, PRESTO, 3. Kyoto University)
[2-6]Memorial Lecture of JSPM Award
Development of lithium superionic conductors and their application to electrochemical energy devices
*Ryoji Kanno1(1. Tokyo Institute of Technology)
[2-7A]Electronic state of mobile ions in sulfide based Na+ ion solid-state electrolytes
*Yoshiyuki Kowada1, Yasukazu Akaki1, Akitoshi Hayashi2, Masahiro Tatsumisago2(1. Hyogo University of Teacher Education, 2. Osaka Prefecture University)
[2-8A]Synthesis, structure and proton conductivity of tunnel structured phosphate KMg1-xH2x(PO3)3・yH2O
*yasuaki matsuda1, Kousei Funakoshi1, Daisuke Mori2, Nobuyuki Imanishi2, Genki Kobayashi3, Shinya Higashimoto1(1. Osaka Institute of Technology, 2. Department of Chemistry for Materials, Mie University, 3. Department of Materials Molecular Science, Institute for Molecular Science)
[2-9B]Characterization of Li4SnS4 solid electrolyte prepared by aqueous ion-exchange method
○takumi kokubo1, Reiko Matsuda1, Nguyen Huu Huy Phuc1, Hiroyuki Muto1, Atsunori Matsuda1(1. Toyohashi university of technology)
[2-10B]Preparation of NMC/Li3PS4-LiI Cathode Composite Particles Using SEED Method for All Solid Lithium Batteries
*Reiko Matsuda1, Phuc Huu Huy Nguyen1, Hiroyuki Muto1, Atsunori Matsuda1(1. Toyohashi University of Technology)
[2-11A]Liquid Phase Synthesis of Li3PS4 Solid Electrolyte Precursor
*Phuc Huu Huy NGUYEN1, Reiko MATSUDA1, Hiroyuki MUTO1, Atsunori MATSUDA1(1. Toyohashi University of Technology)
[2-12]Special Invited Talk : Design of composite material for all-solid-state battery by means of ordered mixing technology
*Hideya Nakamura1(1. Osaka Prefecture University)
[2-13A]Electrochemical performance of solution-processed Cu2-xO-Fe2O3 composite film
○Hwai En Lin1, Yuta Katayanagi2, Tetsuo Kishi1, Tetsuji Yano1, Nobuhiro Matsushita1(1. Tokyo institute of technology, 2. Gunma University)
[2-14A]Synthesis of SrFeO3 nanoparticle by Complex polymerization method and Application to Li-ion secondary battery
○Honoka Watanabe1, Makoto Nakanishi1, Jun Kano1, Tatuo Fujii1(1. Okayama University Faculty of Engineerring)
[2-15B]Study on synthesis process of Li10GeP2S12 type solid electrolyte
○Daiki Hayashi1, Satoshi Hori2, Kota Suzuki1, Masaaki Hirayama1, Ryoji Kanno1,2(1. Kanno Hirayama laboratory, Department of Chemical Science and Engineering, School of Materials and Chemical Technology, Tokyo Institute of Technology, 2. Institute of Innovative Research(IIR) All-Solid-State Battery Unit)
[2-16B]Synthesis of anion-doped solid electrolytes in the Li–Si–P–S system
○Yuxiang LI1, Satoshi HORI2, Kota SUZUKI1, Masaaki HIRAYAMA1, Ryoji KANNO1,2(1. Kanno-Hirayama laboratory, Department of Chemical Science and Engineering, School of Materials and Chemical Technology, Tokyo Institute of Technology, 2. Institute of Innovative Research(IIR) All-Solid-State Battery Unit, Tokyo Institute of Technology)
[2-17B]Fabrication and electrochemical analysis of all-solid-state cells using Li10GeP2S12
– Effects of coating conditions for LiNbO3-cated LiCoO2 –
○Xueying SUN1, Satoshi Hori2, Kota Suzuki1, Masaaki Hirayama1, Ryoji Kanno1,2(1. Kanno Hirayama laboratory,Department of Chemical Science and Engineering, School of Materials and Chemical Technology, Tokyo Institute of Technology, 2. Institute of Innovative Research(IIR) All-Solid-State Battery Unit, Tokyo Institute of Technology)
[2-18A]A novel wet-synthesis of the Li+-ion conducting Li10GeP2S12 (LGPS) crystalline phase
*Nobuya Machida1, Shiori HASHIMOTO1, Tomoaki KINOSHITA1(1. Kounan University)
[3-1A]Influence of Impurities on Hydrogen Generation Process Using Silicon Sludge
○Shiho Fujimura1, Daiki Yamaichi1, Tomonari Kawanishi1, Shoki Kosai1, Eiji Yamasue1(1. Ritsumeikan University)
[3-2A]Hydrogen Production by the reaction of Mg-Ag alloy and methanol
*Kunio Matsuzaki1, Yoshihisa Harada1(1. National Institute of Advanced Industrial Science and Technology)
[3-3B]Microstructural Evolution of Metastable Mixed Oxides in the Bi2O3-Ta2O5 System Induced by Mechanical Alloying
*Pee-Yew Lee1, Chung-Kwei Lin2(1. National Taiwan Ocean University, 2. Taipei Medical University)
[3-4B]Preparation and mechanical propertise evaluation of SiO2-PTFE composite by non-sintering solidification process
○Ryohei Nojiri1, Razavi Khosoroshahi Hadi1, Masayoshi Fuji1(1. Nagoya Institute of Technology, Advanced ceramics research center)
[3-5B]Preparation of silica/low melting point alloy composite material by non-firing solidification process
*Keita Masuda1, Hadi Razavi-Khosroshahi1, Masayoshi Fuji1(1. Nagoya Institute Of Technology)
[3-6A]Synthesis of titanium nitride from titanium dioxide and boron nitride
○Toru SEKIYA1, Yukito MATSUDA1, Takahiro YAMADA1, Hisanori YAMANE1(1. Institute of Multidisciplinary Research for Advanced Materials, Tohoku University)
[3-7A]Doping of ZnS and crystallization in infrared-transmitting GeS2-Sb2S3 glass
Yutaro Nakatsuka1, Shigeru Yamamoto1, Takeshi Shiono1, Takashi Wakasugi1, Arifumi Okada1, *Kohei Kadono1(1. Kyoto Institute of Technology)
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