POSTERS Ultrafine Elongated Grain Structure Steel Processed by …web.apollon.nta.co.jp/PRICM9/files/POSTER20160729.pdf · 2016-07-29 · POSTERS 1.Advanced Steels and Processing:

POSTERS

1.Advanced Steels and Processing: Poster Session

Wednesday AM Room: Annex Hall August 3, 2016

PS1-1: Microstructural Evolution of Austenite in the SimulatedHeat Affected Zone of Duplex Stainless Steel 2205: T. Wu1; J.Wang1; C. Liu1; Y. Liu1; 1Northeastern University

PS1-2: The Characteristic of Microstructure Evolution of20CrMnTi by Intensive Quenching: K. Leng1; S. Wang1; Y.Cheng2; P. Xiang1; G. Liu1; Y. Fu1; 1Harbin Engineering University;2Harbin Boiler Company Limited, Material Institute

PS1-3: Crystallographic Features of Plate-Like Lower Bainite inFe-C Alloys: S. Morito1; O. Haruki1; S. Yoshida1; P. Anh1; T.Hayashi1; T. Ohba1; 1Shimane University

PS1-4: TEM Observation of Graphite in Cast Irons: M.Takezawa1; S. Lee1; S. Ikeno2; K. Matsuda1; 1University of Toyama;2Hokuriku Polytechnic College

PS1-5: In-Situ Observation of Graphite Growth in Gray CastIron: A. Sugiyama1; H. Yasuda2; T. Nagira3; M. Yoshiya3; K.Uesugi4; A. Takeuchi4; 1Osaka Sangyo University; 2KyotoUniversity; 3Osaka University; 4JASRI / SPring-8

PS1-6: In-Situ Analysis on The Mechanism of Strain-InducedTransformation Retardation by Grain Refinement in AusteniticStainless Steel: H. Ozawa1; S. Torizuka1; H. Adachi1; E.Muramatsu2; 1University of Hyogo, Graduate School of Engineer-ing; 2National Institute for Materials Science

PS1-7: Effect of Alloying Element on Tempering Behavior inNitrogen Martensite: K. Yamamitsu1; M. Sato2; G. Miyamoto2; T.Furuhara2; 1Tohoku university; 2Institute for Materials Research,Tohoku University

PS1-8: Nanoscale ¬-Carbide Precipitation and its Effect onTensile Deformation Behaviors in a Cast FeMnAlC Steel with SiAddition.: C. Kim1; S. Kwon1; J. Lee1; S. Park2; B. Lee3; H. Hong1;1Changwon National University; 2Ferrous Alloy Department, KoreaInstitute of Materials Science; 3Daegu Gyeongbuk Institute ofScience & Technology

PS1-9: Ti Effect on the Mechanical Properties of MicroalloyedHigh Manganese Austenitic Steels: R. Kim1; C. Bae1; S. Choo2; I.Suh2; U. Lee2; J. Kim1; 1Hanyang University; 2Technical ResearchLaboratories Gwangyang Research Lab., POSCO

PS1-10: Surface Ferrite Effects on Mechanical Properties of Fe-C-Mn-Si Low Temperature Tempered Martensite Steel: D.Kim1; C. Bae1; R. Kim1; H. Seo4; J. Kim1; 1Hanyang University

PS1-11: Analysis of the Mechanism Obtaining High Strengthand High Ductility in Fine 0.1%C-2%Si-5%Mn Fine Ferrite+Austenite Steels by Synchrotron Radiation: M. Kumakura1; S.Torizuka1; H. Adachi1; T. Hanamura2; 1Hyogo University, GraduateSchool of Engineering; 2National Institute for Materials Science

PS1-12: Microstructure Evolution and Mechanical Properties ofDual-Phase Structures in Medium Manganese Steel: A. Ito1; A.Shibata1,2; N. Tsuji1,2; 1Kyoto University; 2Kyoto University,ESISM

PS1-13: Dual Phase Hot Rolling Steel Mo Free: S. Yin1; 1Baosteel

PS1-14: Phosphorus Assisting Delamination Toughening in

Ultrafine Elongated Grain Structure Steel Processed by WarmTempforming: X. Min2; Y. Kimura1; T. Kimura1; K. Tsuzaki3;1National Institute for Materials Science; 2School of MaterialsScience and Engineering, Dalian University of Technology; 3De-partment of Mechanical Engineering, Kyushu University

PS1-15: Temperature and Aluminum Content Effects on theMicrostructure and Tensile Properties in 0.25C Carbide FreeBainite: S. He1; M. Huang1; 1The University of Hong Kong

PS1-16: Effect of Pre-Straining on the Mechanical Behaviors ofHot-Rolled Steel Sheets: C. Jeong1; 1Dongguk University

PS1-17: Effect of Stress Concentration on Hydrogen Embrittle-ment in Low-Carbon Martensitic Steel: T. Yonemura1; Y.Momotani1; A. Shibata1,2; S. Takagi3; N. Tsuji1,2; 1Kyoto University;2Elements Strategy Initiative for Structural Materials (ESISM),Kyoto University; 3Steel Research Laboratory, JFE Steel Corpo-ration

PS1-18: Texture and Formability of Warm-Rolled DuplexLightweight Steel: Y. Lee1; J. Kim1; C. Lee1; 1Pohang Universityof Science and Technology(POSTECH)

PS1-19: Effect of Nickel Addition on Mechanical Behavior inQ&P Steel: K. Kim1; S. Lee1; 1Chonbuk National University

PS1-20: High Temperature Spheroidization of Cementite in a2C-4Cr Ultrahigh Carbon Steel: M. Hecht1; B. Webler1; Y.Picard1; 1Carnegie Mellon University

PS1-21: The Influence of the Porosity Characteristic of Sinter onthe Bonding Phase Strength: W. Zhang1; S. Wu1,2; 1University ofScience and Technology Beijing; 2Jiangxi University of Science andTechnology

PS1-22: Hetero-Nano Structure in Heavily Cold-Rolled Auste-nitic Stainless Steel: C. Watanabe1; Y. Aoyagi2; Y. Todaka3; M.Kobayashi3; H. Miura3; 1Kanazawa University; 2Tohoku University;3Toyohashi University of Technology

PS1-23: The Most Preferentially Strained Site in IF SteelStudied by DIC and CPFFT: H. Tsuruzono1; J. Heshikiri1; S.Sadamatsu1; Y. Adacchi1; 1Kagoshima University

PS1-24: Observation of Strain Partitioning in Advanced HighStrength Steel Based on Digital Image Correlation: D. Kim1; S.Park2; J. Kang2; B. Ahn3; N. Cho3; H. Koo4; H. Han1; 1SeoulNational University; 2Korea Institute of Materials Science; 3Depart-ment of Electrical and Computer Engineering, Seoul NationalUniversity; 4Department of Electrical and Computer Engineering,Ajou National University

PS1-25: Austenite to ¡’-Martensite Transformation and Me-chanical Twinning in Duplex Stainless Steel during Nano-indentation: J. Lee1; Y. Kim1; M. Kim1; S. Han1; K. Oh1; H. Han1;1Seoul National University

PS1-26: Influence of Chemical Composistion and Microstruc-ture on Mechanical Properties of Hot Stamped Steel Parts: T.Kishimoto1; Y. Takemoto1; M. Okayasu1; T. Senuma1; 1OkayamaUniversity

PS1-27: Microstructure and Mechanical Properties of Quenchedand Tempered FeCrMoVC Steel: H. Park1; S. Lee1; 1ChonbukNational University

PS1-28: Effect of Pre-Deformation Temperature on YieldStrength of IF-Steel: Y. Tanaka1; N. Nakada2; T. Tsuchiyama1,3;S. Takaki1,3; 1Kyushu university; 2Tokyo Institute of Technology;

1

TECHNICAL PROGRAM

3International Institute for Carbon-Neutral Energy Research

PS1-29: Decrease of Intergranular Cracking Susceptibility inFerritic Heat Resistant Steels through Carbon Content Control:H. Sung1; N. Heo1; S. Kim1; 1Pohang University of Science andTechnology

PS1-30: Microstructure Controlling Toughness in MediumCarbon Pearlitic Steels for High Speed Wheel: S. Zhou1,2; Y.Zuo2,3; Z. Li2; X. Wang1,2; Q. Yong2; 1Faculty of Materials Scienceand Engineering, Kunming University of Science and Technology;2Central Iron and Steel Research Institute, China Iron & SteelResearch Institute Group; 3School of Physical Science andTechnology, Yunnan University

PS1-31: Effect of Continuous Annealing Process on Micro-structure Evolution and Mechanical Properties of 1200 MPaUltra-High Strength Microalloyed Steels: L. Wang2; R. Song2; E.Wen1; 1University of Science and Technology Beijing; 2ResearchInstitute of Metallurgy Engineering, University of Science andTechnology Beijing

PS1-32: Effects of the Al and Mg Contents on the InhibitionLayer Formation during Hot-Dip Zn-Al-Mg Coating of TRIPSteels: M. Hwang1; M. Oh2; J. Kim2; J. Huh1; 1Korea University;2Technical Research Laboratories, POSCO

PS1-33: Effect of Variation with Dew Point on SelectiveOxidation of C-Si-Mn-Al Steel: G. Jiang1; H. Wang1; L. Liu2; G.Liu1; H. Teng1; C. Qi3; 1Shougang Research Institute of Technology;2University of Science and Technology Beijing; 3Beijing ShougangCold Rolling Co., Ltd.

PS1-34: Computational Investigations on the Characteristics ofBath Oscillation and Slag-Line Erosion for BOF Steelmaking:Q. Li1; M. Li1; Z. Zou1; 1Northeastern University

2.Advanced High Temperature Structural Materials: PosterSession

Wednesday PM Room: Annex Hall August 3, 2016

PS2-1: Development of High Strength W/V/Au/ODS-Cu JointUsing HIP Process: H. Noto1; T. Yamada2; Y. Hishinuma1; T.Muroga1; 1National Institute for Fusion Science; 2Nagoya Univer-sity

PS2-2: Systematic Studies for Coefficient of Thermal Expansionand its Underlying Mechanism in Silicides by First-PrinciplesCalculations: R. Ishimura1; S. Fujii1; M. Yoshiya1,2; 1OsakaUniversity; 2Japan Fine Ceramics Center

PS2-3: Temperature and Composition Dependence of BulkModulus and Thermal Expansion of L12-Type Ni3Al: M.Tsukamura1; K. Yoshimi1; T. Mohri1; 1Tohoku University

PS2-4: Microstructural Evolution and Mechanical Character-ization of the DD5 Ni-Base Single Crystal Superalloy JointBrazing by Mixed Filler Powder: Y. Sun1; J. Liu1; B. Li1; T. Jin1;Y. Zhou1; X. Sun1; 1Istitute of Metal Research

PS2-5: Microstructual Characteristics of Ni3(Si,Ti) IntermetallicAlloy Coatings Fabricated by Low Pressure Plasma Spraying: Y.Ito1; Y. Kaneno1; S. Oki2; T. Takasugi1; 1Osaka PrefectureUniversity; 2Kinki University

PS2-6: Effect of Heat Treatment on the MicrostructureEvolution and the High-Temperature Properties of Ni-Based

Superalloys for Hyper Supercritical Power Plant Applications:K. Shin1; B. Kong2; S. Kang2; H. Hong1; 1Changwon NationalUniversity; 2Corporate R & D Institute, Doosan Heavy Industries &Construction

PS2-7: Precipitation Behavior during Isothermal Aging forWrought Ni-Fe Based Superalloy HR6W: A. Iwamaru1; H.Hisazawa1; Y. Terada1; 1Tokyo Institute of Technology

PS2-8: Effect of C Addition on Microstructure and MechanicalProperties of Dual Two-Phase Ni3Al and Ni3V IntermetallicAlloys: Y. Kaneno1; Y. Hamada1; T. Takasugi3; 1Osaka PrefectureUniversity

PS2-9: Alloying Behavior of Mo in Ni3V: S. Kanaoka1; Y.Kaneno1; T. Takasugi1; 1Osaka Prefecture University

PS2-10: Microstructure and Creep Strength of the Ni-BaseSingle Crystal Superalloys Containing Ir Substituting for Ru: Y.Mori1; T. Yokokawa2; T. Kobayashi2; H. Harada2; S. Suzuki1; Y.Takebe1; 1Waseda University; 2National Institute for MaterialsScience

PS2-11: Compression Deformation of Single-Crystal Micro-pillars of L12-Co3(Al,W): Z. Chin1; N. Okamoto1,2; H. Inui1,2;1Kyoto University; 2ESISM

PS2-12: Microstructure Control and Mechanical Properties ofE21 Co3AlC1-x-Based Multi-Phase Heat Resistant Alloys: M.Kasakura1; Y. Kimura1; 1Tokyo Institute of Technlogy

PS2-13: Microstructure and Tensile Properties of LaminatedTi5Si3/TiAl Composites Prepared by in Situ Reaction underDifferent Annealing Conditions: T. Zhang1; 1Harbin Institute ofTechnology

PS2-14: Deformation and Damage Behaviors of a TiAl-Nb Alloyduring Creep at High Temperature: S. Tian1; X. Lv1; H. Yu2; Y.Jin1; Q. Wang1; L. Xiao1; 1Shenyang University of Technology;2Beijing Institute of Aeronautical Materials

PS2-15: Fabrication and Properties of Gas Atomized GammaTitanium Aluminide Powders and PM Processing: N. Liu1;1Science and Technology on Advanced High Temperature StructuralMaterials Laboratory, Beijing Institute of Aeronautical Materials

PS2-16: Fabrication of Carbide-Reinforced TiAl-Matrix Com-posites: L. He1; K. Matsuura2; T. Tokunaga2; M. Ohno2; 1HokkaidoUniversity; 2Faculty of Engineering, Hokkaido University

PS2-17: The Effect of Grain Size on Oxidation Resistance ofUnalloyed Titanium: Y. Yang1,2; T. Kitashima1,2; T. Hara1; Y. Hara1;Y. Yamabe-Mitarai1; L. Liu3; 1National Institute for MaterialsScience; 2Department of Materials Physics and Chemistry, KyushuUniversity; 3School of Energy and Power Engineering, Xi’anJiaotong Univeristy

PS2-18: Deformation Microstructure in 1st Generation Mo-SiBTiC Alloys Crept at 1773 K: S. Yamamoto1; K. Yoshimi1;1Tohoku University

PS2-19: Fabrication of Heat-Resistant Mo-Ti-Al Alloys UsingSelective Laser Melting Process: X. Sun1; K. Tsunoda1; K.Kikuchi1; N. Nomura1; A. Kawasaki1; K. Yoshimi1; 1TohokuUniversity

PS2-20: Microstructure Formation in MoSi2/Mo5Si3 AlloySimulated by Phase-Field Method: T. Yamazaki1; Y. Koizumi2;A. Chiba2; K. Yuge3; K. Kishida3; H. Inui3; 1Tohoku University;2Institute for Materials Research, Tohoku University; 3Department

2The 9th Pacific Rim International Conference on Advanced Materials and Processing

of Materials Science and Engineering, Kyoto University

PS2-21: Phase Equilibrium between BCC Solid Solution Matrix,B2 Aluminides and Laves Phase in Nb-Based Alloy: T.Yamanouchi1; S. Miura1; 1Hokkaido University

PS2-22: Fracture Toughness of Al3Nb Evaluated by Micro-SizeFracture Testing: N. Matsuzaki1; S. Miura1; 1Hokkaido University

PS2-23: Selective Laser Melting of MoSi2 Based Alloys: J. Vega1;H. Matsunoshita1; K. Kishida1; H. Inui1; T. Nakamoto2; T. Kimura2;1Kyoto University; 2Technology Research Institute of OsakaPrefecture

PS2-24: Density Measurement of Molten MoSiBTiC AlloysUsing an Electromagnetic Levitation Technique in a StaticMagnetic Field: H. Nakashima1; M. Ohtsuka1; H. Higashi1; H.Fukuyama1; H. Togashi1; K. Yoshimi1; 1Tohoku University

PS2-25: Microstructure and Mechanical Properties of ZrC-Added Mo-Si-B Alloys: S. Nakayama1; K. Yoshimi1; 1TohokuUniversity

PS2-26: Effect of Off-Stoichiometry of Mo5SiB2 on HighTemperature Strength and Deformation Microstructure ofMo-Si-B Ternary Alloys.: J. Nakamura1; K. Yoshimi1; 1TohokuUniversity

3.Light Metals and Alloys: Poster Session


PS3-25: Direct Preparation of Al-Base Alloys from their Oxidesby Molten Salts Electrolysis: B. Gao1; Y. Xia1; Z. Shi1; X. Hu1; Z.Wang1; 1Northeastern University

PS3-26: Continuously Cast Al-Fe Alloy OCC Wires withUnidirectional Morphology: T. Sawaya2; G. Motoyasu1; Y.Tamura1; H. Soda3; A. Mclean3; 1Chiba Institute of Technology;2Graduate Student, Department of Mechanical Science andEngineering, Chiba Institute of Technology; 3Department ofMaterials Science and Engineering, University of Toronto

PS3-27: Effect of Period 4 Elements on Work Function inAluminum from First-Principles Calculations: T. Higuchi1; T.Uesugi1; H. Inoue1; Y. Takigawa1; K. Higashi1; 1Osaka PrefectureUniversity

PS3-28: Influence of Multi-Directional Forging on Age-Hard-ening in A6063 Alloy: T. Aoba1; M. Kobayashi1; H. Miura1;1Toyohashi University of Technology

PS3-29: Fabrication of Al-Si Harmonic Structure Compositesand their Mechanical Properties: T. Kageyama1; N. Khalil1; T.Sahara1; M. Ota1; K. Ameyama1; C. Ma2; 1Ritsumeikan University;2Beihang University

PS3-30: Hydrogen Trapping Behavior in Al-Zn-Mg Alloys: H.Fujihara1; H. Toda1; K. Shimizu1; A. Takeuchi2; K. Uesugi2;1Kyushu University; 2Japan Synchrotron Radiation ResearchInstitute

PS3-31: Strengthening Al-8mass%Mg Alloy by Caliber RollingProcess: Y. Ninomiya1; T. Kawa1; I. Gutierrez-Urrutia2; A. Singh2;Y. Osawa2; K. Tsuchiya2; N. Ikeo1; T. Mukai1; 1Kobe University;2National Institute for Materials Science

PS3-32: Effects of Grain Boundary on Mechanical Properties ofAluminum Alloy Observed by Bi-Crystal Micro Compression

Test: B. Zheng1; T. Nagoshi2; C. Chen1,3; T. Chang1,3; H. Hosoda1;T. Sato1; M. Sone1,3; 1Tokyo Institute of Technology; 2NationalInstitute of Advanced Industrial Science and Technology; 3CREST,Japan Science and Technology Agency

PS3-33: High Frequency Linear Friction Welding of AluminumAlloys: H. Mogami1; T. Matsuda1; T. Sano1; A. Hirose1; R.Yoshida2; H. Hori2; 1Osaka University; 2Nippon Light MetalCompany, Ltd.

PS3-34: Aging Behavior of Al-Mg-Si(-Cu-Ag) Alloy: A.Matsumoto1; T. Nejigaki1; S. Lee1; S. Ikeno2; K. Matsuda1;1University of Toyama; 2Hokuriku Polytechnic College

PS3-35: Friction Stir Diffusion Bonding in Foils of AluminumAlloys with Different Solidus Temperatures and Titanium: T.Kodama1; Y. Takayama1; T. Yamamoto1; H. Watanabe1; 1Utsuno-miya University

PS3-36: Aging Behavior of Vanadium Added Al-Mg-Si Alloy: Y.Kuroda1; D. Yoshino1; S. Lee1; S. Ikeno1; K. Matsuda1; 1Universityof Toyama; 2Hokuriku Polytechnic College

PS3-37: TEM Observation of Al-Zn-Mg Alloys with DifferentAmount of (Zn+Mg): R. Arita1; F. Aoki1; S. Lee1; S. Ikeno2; K.Matsuda1; S. Nishikawa3; T. Yoshida3; S. Murakami3; 1University ofToyama; 2Hokuriku Polytechnic College; 3AISIN KEIKINZOKUCo., Ltd.

PS3-38: TEM Observation of Precipitate in Al-Zn-Mg(-Cu)Alloys: F. Aoki1; S. Lee1; S. Ikeno2; K. Matsuda1; S. Nishikawa3; T.Yoshida3; S. Murakami3; 1University of Toyama; 2HokurikuPolytechnic College; 3AISIN KEIKINZOKU Co., Ltd.

PS3-39: TEM Observation of HPT Processed Al-Cu-Mg-(Zn)Alloys: K. Kawai1; T. Nejigaki1; S. Lee1; Z. Horita2; S. Ikeno3; K.Matsuda1; 1University of Toyama; 2Department of Materials Scienceand Engineering,Kyushu University; 3Hokuriku Polytechnic College

PS3-40: Precipitation Behavior in Excess Si-Type Al-Mg-Si-CuAlloy after Deformation: T. Nejigaki1; S. Lee1; S. Ikeno2; K.Matsuda1; 1University of Toyama; 2Hokuriku Polytechnic College

PS3-41: Effect of Annealing Condition on RecrystallizationTextures of Al-Mg-Si Alloy Sheets Processed by Symmetric /Asymmetric Combined Rolling: R. Amane1; H. Inoue1; 1OsakaPrefecture University

PS3-42: Processing and Compressive Properties of Porous Al-TiAlloy Using NaCl as Space Holder: Y. Oka1; M. Kobashi1; N.Takata1; N. Kanetake1; 1Nagoya University

PS3-43: Effect of Thermo-Mechanical Treatment on Recrystal-lization Behavior in Al-Mg-Si-Sc-Zr alloy: K. Ikeda1; R.Akiyoshi2; S. Hata3; H. Nakashima3; K. Yamada3; K. Kaneko3;1Hokkaido University; 2Kyushu University (Present: Kobe Steel,Ltd); 3Kyushu University

PS3-44: Aging Behavior of Al-Mg-Si Alloys with Different Mg/Si Alloys: D. Yoshino1; S. Lee1; S. Ikeno2; K. Matsuda1; 1Universityof Toyama; 2National Institute for Fusion Science

PS3-45: First-Principles Study of Interstitial Hydrogen inAluminum Alloys: N. Nunomura1; K. Nishimura2; K. Matsuda2;T. Matsuzaki3; 1University of Toyama; 2Graduate School of Scienceand Engineering, University of Toyama; 3Advanced Meson ScienceLaboratory,RIKEN Nishina Center for Accelerator Based Science,RIKEN

PS3-46: Effect of Copper and Silver Addition on Microstructure

3

TECHNICAL PROGRAM

in Al-Mg-Ge Alloys: T. Sato1; A. Kawai1; S. Lee2; S. Ikeno3; K.Matsuda2; 1University of Toyama; 2University of Toyama; 3Hokur-iku Polytechnic College

PS3-47: High-Speed Solid-State Joining of Aluminum AlloyStud on Aluminum-Resin Composite Panel: T. Asakura1; Y.Harada1; S. Muraishi1; S. Kumai1; 1Tokyo Institute of Technology

PS3-47: Microstructure and Thermal History of ExplosiveWelded Pure Aluminum / SS400 Steel Joint: D. Yamagishi1; Y.Aizawa1; J. Nishiwaki1; Y. Harada1; S. Muraishi; S. Kumai; 1TokyoInstitute of Technology

PS3-48: Bonding of Aluminum Alloys Utilizing InstantaneousMelting by Two-Step Chemical Reaction of Thermite andCombustion Synthesis: T. Matsuda1; T. Sano1; A. Hirose1; 1OsakaUniversity

PS3-49: Deep Drawability of Laminated Titanium/Steel /Tita-nium Sheets without Welding: Y. Harada1; S. Hattori1; M.Ueyama1; 1University of Hyogo

PS3-50: Effects of Microshot Peening and Ultrasonic ShotPeening on Fatigue Strength of Pure Titanium: Y. Harada1; Y.Saeki1; 1University of Hyogo

PS3-51: Influence of Aluminum Addition on Heat TreatmentBehavior of Ti-Cr-O Alloys: M. Ikeda1; M. Ueda1; 1KansaiUniversity

PS3-52: Impact of Vacuum Distillation Process Control onQuality of Titanium Sponge: L. Li1; 1Panzhihua Iron&SteelResearch Institute

PS3-53: Effect of Stress Loading on Elastic Behavior ofQuenched Ti-Nb Alloys: Y. Mantani1; Y. Takemoto2; 1NationalInstitute of Technology,Suzuka College; 2Okayama University

PS3-54: Effect of Nb in Ti-xNb-7Al Alloys on Microstructureand Tempering Behavior.: M. Ijiri1; Y. Tomita1; T. Ishikawa1; Y.Taguchi1; Y. Takemoto1; 1Okayama University

PS3-55: Effect of Oxygen Content on Tensile Property of Bulk½ -Ti Formed by High-Pressure Torsion: N. Adachi1; Y. Todaka1;M. Kanazawa1; M. Umemoto1; 1Toyohashi University of Technol-ogy

PS3-56: Shape Change Behavior and Microstructure withTempering of Ti-10Mo-7Al Alloy: Y. Takemoto1; M. Ijiri1; T.Tanaka1; 1Okayama Univ.

PS3-57: Influence of Lamellar Orientation on Micro-TensileBehavior in Ti-6Al-4VAlloy: Y. Htwe1; R. Maezono1; Y. Mine1; K.Takashima1; 1Kumamoto University

PS3-58: ¡ Precipitation Kinetics and Microstructure Variationduring Isothermal Aging of Ti-17 Alloy: Y. Nagata1; G.Miyamoto2; T. Furuhara2; 1Graduate Student of Engineering,Tohoku University; 2Tohoku University, Institute for MaterialsResearch

3.Light Metals and Alloys: Poster Session


PS3-1: Surface Modification of Magnesium Alloy by Shot Liningand Heat Treatment: Y. Harada1; M. Matsumoto2; K. Takahashi3;1University of Hyogo; 2Graduate School of Engineering, Universityof Hyogo; 3National Institute of Technology, Toyama College

PS3-2: Activation Stress of Slip Systems in Pure MagnesiumSingle Crystals by Using Pure Shear Test: K. Fukuda1; Y.Koyanagi1; M. Tsushida2; H. Kitahara3; T. Mayama4; S. Ando5;1Kumamoto University; 2Faculty of Engineering, KumamotoUniversity; 3Institute of Pulsed Power Science, KumamotoUniversity; 4Priority Organization for Innovation and Excellence,Kumamoto University; 5Magnesium Research Center, KumamotoUniversity

PS3-3: Bending Deformation Behavior of Pure MagnesiumSingle Crystals: Y. Hirokawa1; M. Tsushida2; H. Kitahara3; S.Ando4; 1Kumamoto University; 2Faculty of Engineering, Kumamo-to University; 3Institute of Pulsed Power Science, KumamotoUniversity; 4Magnesium Research Center, Kumamoto University

PS3-4: The Effect of Ultrasonic Frequency in Fatigue Behaviourof AZ31 Alloy: G. Lu1; M. Tsushida2; H. Kitahara3; S. Ando4;1Kumamoto University; 2Faculty of Engineering, KumamotoUniversity; 3Institute of Pulsed Power Science, KumamotoUniversity; 4Magnesium Research Center, Kumamoto University

PS3-5: First Principles Calculations of Solute Pair Sweeping outfrom Stacking Faults in Mg-Zn-Y Alloy: M. Kiyohara1; Y.Sakamoto1; T. Yoshioka1; M. Shinya1; S. Nishitani1; 1KwanseiGakuin University

PS3-6: Microstructural Evolution of Hot-Rolled Mg-Zn-CeAlloy during Post-Annealing: X. Huang1; K. Suzuki1; M.Yuasa1; Y. Chino1; 1National Institute of Advanced IndustrialScience and Technology

PS3-7: Corrosion Behavior and Microstructure of Mg-6ZnAlloy with Impurity Cu: H. Ishimaru1; T. Morishige2; T.Takenaka2; 1Kansai University; 2Department of Chemistry andMaterials Engineering, Kansai University

PS3-8: Effect of Heat Treatment and Compound on Anisotropyof a High Strength Magnesium Alloy Sheet Processed by HotRolling: M. Noda1; Y. Fukuda1; T. Ito1; 1Gonda Metal Industry Co.,Ltd

PS3-9: Microstructural Observation of Mg-Gd-Sc Alloy Aged at473 K: Y. Tomuro1; T. Hamaguchi1; S. Lee2; S. Saikawa2; I.Susumu3; K. Matsuda2; 1University of Toyama; 2University ofToyama; 3Hokuriku Polytechnic College

PS3-10: Factors Controlling Pseudoelasticity of Mg Alloys: T.Mineta1; S. Miura1; K. Ikeda1; 1Hokkaido University

PS3-11: The Isothermal Sections of Mg-Zn-Gd Ternary Systemin the Vicinity of LPSO Phase: F. Miyakawa1; S. Miura1; K.Ikeda1; 1Hokkaido University

PS3-12: STEM Investigations and CBED Analysis of anIntrinsic Interstitial Sites Generated in the Close-PackedLPSO-Mg Alloys: K. Yamashita1; K. Inoue2; K. Nagai2; K.Tsuda3; E. Abe1; 1The University of Tokyo; 2Institute for MaterialsResearch, Tohoku University; 3Institute of MultidisciplinaryResearch for Advanced Materials, Tohoku University

PS3-13: LPSO Structure Evolution during Annealing Studiedby in-Situ Neutron Diffraction: W. Gong1; K. Aizawa1; S. Harjo1;T. Kawasaki1; 1Japan Atomic Energy Agency

PS3-14: Effect of Mn Content on Microstructure and TensileProperty of Age-Hardenable Wrought Mg-Al-Ca-Mn Alloy: T.Nakata1; C. Xu1; K. Shimizu2; Y. Matsumoto2; T. Sasaki3; K.Hono3; S. Kamado1; 1Nagaoka University of Technology; 2SankyoTateyama, Inc. Sankyo Material-Company; 3National Institute for


Materials Science

PS3-15: Effect of Intermetallic Compounds on the MechanicalProperties of Mg-Al-Zn-Ca Alloy: T. Ito1; M. Noda1; H. Mori2;1Gonda Metal Industry Co., Ltd.; 2Railway Technical ResearchInstitute

PS3-16: First-Principles Investigation of Laves Phases in MgBased Alloys: S. Kawano1; S. Iikubo1,2; H. Ohtani2,3; 1KyushuInstitute of Technology; 2JST-ALCA; 3Institute of MultidisciplinaryResearch for Advanced Materials, Tohoku University

PS3-17: A Novel Long-Period Structures Formed in a High-Pressure Synthesized Mg-Zn-Yb Alloy: N. Fujita1; K. Yamashita1;M. Matsushita2; M. Yamasaki3,4; Y. Kawamura3,4; E. Abe1; 1TheUniversity of Tokyo; 2Department of Mechanical Engineering,Ehime University; 3Magnesium Research Center, KumamotoUnivercity; 4Department of Materials Science & Engineering,Kumamoto Univercity

PS3-18: Kink Band Formation in Bent Micro-Sized 18R-LPSOMg-Zn-Y Single Crystal: T. Matsumoto1; M. Yamasaki1,2; K.Hagihara3; Y. Kawamura1,2; 1Kumamoto university; 2MagnesiumResearch Center, Kumamoto University; 3Graduate School ofEngineering, Osaka University

PS3-19: Effect of Misch-Metal Addition on the Microstructureand Mechanical Properties of Extruded AZ91D-xMM Alloys:M. Jo1; J. Jo1; D. Kim2; S. Lim1,2; 1Dept. of Metallurgical andMaterials Engineering, Gyeongsang National University; 2Dept. ofMetallurgical and Materials Engineering, ReCAPT, GyeongsangNational University

PS3-20: Effect of Solute Concentration on Precipitation Behav-ior at Initial Stage in Mg-Zn-Gd Alloys: T. Kiguchi1; Y.Yamaguchi1; S. Tashiro1; K. Sato2; T. Konno1; 1Tohoku University;2Osaka University

PS3-21: TEM Observation of Different Mg-Gd Alloys Aged at423K: T. Hamaguchi1; S. Lee1; S. Saikawa1; S. Ikeno2; K.Matsuda1; 1University of Toyama; 2Hokuriku Polytechnic College

PS3-22: Effect of Annealing on Damping Capacity in DifferentRolling Reduction AZ31 Magnesium Alloy: J. Kwak1; J. Choi1; K.Kim1; 1Pukyong National University

PS3-23: Effect of Aluminum Concentration on Texture For-mation Behaviors in Magnesium Alloy: M. Park1; K. Okayasu2;H. Fukutomi2; K. Kim1; 1Pukyong National University; 2YokohamaNational University

4. Solidification, Deformation and Related Processing:Poster Session


PS4-1: Strain Rate Sensitivity of Open-Cell Titanium Foam atElevated Temperature: X. Yue1; H. Fukazawa1; K. Kitazono1;1Tokyo Metropolitan University

PS4-2: The Research of Heat Treatment Process of Ultra-ThinMetal Curved Shell: S. Wu1; J. Kong2; X. Cao1; C. Jiang1; 1BeijingInstitute of Space mechanics and Electricity; 2Nanjing University ofTechnology and Engineering

PS4-3: Phase Decomposition of Si and Mn Added Cu-Zn Alloysduring Annealing Process: T. Miura1; K. Kawakami1; S. Lee1; S.Ikeno2; K. Matsuda1; 1University of Toyama; 2Hokuriku Polytechnic

College

PS4-4: The Microstructure Observation of Sb Added 60/40 Cu-Zn Alloy by Annealing: K. Kawakami1; S. Lee1; S. Ikeno2; K.Matsuda1; 1University of Toyama; 2Hokuriku Polytechnic College

PS4-5: Kinetics of Phase Transformation in HAZ of DuplexStainless Steel Welds: T. Matsumura1; K. Saida1; Y. Tenable1; K.Nishimoto2; H. Inoue3; Y. Oikawa4; 1Osaka University; 2FukuiUniversity of Technology; 3Nippon Steel & Sumitomo MetalCorporation; 4Nippon Steel & Sumikin Stainless Steel Corporation

PS4-6: Deformation Behavior of Continuous Casting Bloom inthe Heavy Reduction(HR) Process: C. Ji1; M. Zhu1; 1NortheasternUniversity

PS4-7: Quantitative Evaluation of Solidification Cracking Sus-ceptibility in Type 304 Stainless Steels: T. Yokochi1; Y. Asahara1;T. Ogura1; K. Saida1; 1Osaka University

PS4-8: Elucidation of Mechanism of Semisolid Deformation byModeling Based on In-Situ Observation: R. Unoki1; T. Ito1; S.Morita1; K. Morishita1; H. Yasuda1; T. Nagira2; M. Yoshiya2;1Kyoto University; 2Osaka University

PS4-10: Estimation of High Temperature Quantities in HeatConduction Problem during Casting Processes Based on DataAssimilation: Y. Oka1; M. Ohno2; K. Matsuura2; 1HokkaidoUniversity; 2Faculty of Engineering, Hokkaido University

PS4-11: Influence of Microstructure Evolution during Isother-mal Holding on Anisotropic Permeability in Ni-Based SuperAlloys: S. Yamashita1; I. Uwabe1; H. Yasuda1; K. Morishita1; T.Nagira2; M. Yoshiya2; 1Kyoto University; 2Osaka University

PS4-12: Elevated-Temperature Properties of the Newly Devel-oped Austenitic Cast Iron: K. Choe1; J. Seo1; J. Park1; 1KoreaInstitute of Industrial Technology

PS4-13: Numerical Simulation of Dendritic Growth by Three-Dimensional Cellular Automaton Model with Multi-GridMethod: M. Chiba1; Y. Natsume1; K. Ohsasa1; 1Akita University

PS4-14: Quantitative Analysis of Gas Behavior during MoltenFilling Process in High Pressure Diecasting: H. Kang1; J. Cheon1;P. Yun1; J. Park1; E. Kim1; 1Korea Institute of Industrial Technology

PS4-15: Effect of Electromagnetic Stirring on SolidificationStructure of Cu-Cr-Zr Alloy: W. Wang1; E. Wang1; 1NortheasternUniversity

PS4-16: In situ Observation of Dendrite Growth in Sn-Bi alloysunder Ultrasonic Vibration: T. Nagira1; N. Nakatsuka1; H.Yasuda2; K. Uesugi3; A. Takeuchi3; 1Osaka University; 2KyotoUniversity; 3JASRI

PS4-17: Evaluation of Grain Size of Al-1wt%Si Alloy UsingThree-dimensional Cellular Automaton Method: S. Abe1; Y.Natsume1; K. Ohsasa1; 1Akita University

PS4-18: Micro-Structure Evolution upon Massive-like ¤ -£ phaseTransformation in Carbon Steel by Phase Field Modeling: H.Fujiwara1; M. Yoshiya1,2; N. Kimura1; T. Nagira1; H. Yasuda3;1Osaka University; 2Japan Fine Ceramics Center; 3Kyoto University

PS4-19: Analysis of £ /£´Coupled Peritectic Reaction by Direc-tional Solidification in the Ni Base Single Crystal SuperalloyCMSX-10: C. Sung1; H. Jeong1; H. Lee1; J. Gu2; J. Lee1;1Changwon National University; 2Doosan Heavy Industries &Construction

5

TECHNICAL PROGRAM

PS4-20: Solidification Microstructure and Phase Selection withSolidification Rates in CD4MCUN.: H. Woo1; Y. Joo1; D. Jang1; J.Lee1; 1Changwon National University

PS4-21: Fabrication of Bulk ¢ -FeSi2 with Three-DimensionalAlignment by Sintering of Magnetically Aligned Compact: K.Ono1; N. Nakatsuka1; A. Hashimoto1; H. Yasuda1; K. Morishita1; T.Nagira2; M. Yoshiya2; 1Kyoto University; 2Osaka University

PS4-22: Crystal Growth of Na-Si Clathrates from a Na-Si-SnMelt: H. Morito1; M. Shimoda1; H. Yamane1; 1Tohoku University

PS4-23: In-Situ Observation of Facet and Dendritic Growth inSilicon by Using Synchrotron Radiation: K. Morishita1; Y.Shima1; H. Yasuda1; T. Nagira2; 1Kyoto University; 2OsakaUniversity

5.Thin Films and Surface Engineering: Poster Session


PS5-1: High Temperature Performance and Wear Resistance ofNiCoCrAlYTa-10%Al2O3 Coating Deposited by SupersonicAtmospheric Plasma Spraying: K. Yang1; M. Liu1; C. Deng1; J.Mao1; 1Guangdong Institute of New Materials

PS5-2: The Effects of Thermal Shock and Loading Stress onElectrical Resistance Property of Plasma Sprayed Al2O3-3wt.%TiO2 Coating: C. Deng1; M. Liu2; K. Yang1; S. Niu1; C. Deng2; K.Zhou2; 1Guangzhou research institute of nonferrous metals; 2Na-tional Engineering Lab for Modern Materials Surface EngineeringTechnology

PS5-3: Microstructure and Mechanical Properties of Ti-Al-SiTarget Materials and (Ti, Al, Si)N Coatings: J. Jang1; I. Oh1; H.Park1; 1Korea Institute of Industrial Technology

PS5-4: Friction Property of ZnO Thin Films with DifferentCrystal Preferred Orientation Synthesized by Using Combina-torial Sputter Coating System (COSCOS) Depended on HighTemperature Environment: M. Sasaki1; M. Goto1; K. Sasamori2;A. Kasahara1; T. Tanabe2; K. Kurihara2; M. Tosa1; 1NationalInstitute for Materials Science; 2Tohoku University

PS5-5: Tribocoating for High Temperature Motion System: M.Tosa1; M. Sasaki1; M. Goto1; A. Kasahara1; H. Honda1; H. Suzuki1;1National Institute for Materials Science

PS5-6: Mechanism of Interface Transfer and Element Diffusionon High Temperature Anti-Oxidation Coatings: Z. Li1; Y. Wang1;L. Liu1; X. Wang1; Y. Tang1; T. Yang1; 1Northwest Institute forNonferrous Metal Research

PS5-7: Effect of Thermal Cycles on Microstructure of Er2O3

Coating Layer for Breeding Blanket System: M. Tanaka1; M.Takezawa1; Y. Hshinuma2; T. Tanaka2; T. Muroga2; S. Lee1; S.Ikeno3; K. Matsuda1; 1University of Toyama; 2National Institute forFusion Science; 3Hokuriku Polytechnic College

PS5-8: Mechanical Properties and Microstructure of CrSiCNCoatings Prepared by Reactive Sputtering Using Cr and SiCTargets: R. Takise1; M. Mizubayashi1,2; S. Lee1; K. Matsuda1; M.Nose1; 1University of Toyama; 2Machinery and Engineering Group,YKK

PS5-9: Effect of Sputtering Conditions on Structure of TitaniumOxynitride Coatings: Y. Muraoka1; S. Goto1; S. Lee1; K. Matsuda1;M. Nose1; 1University of Toyama

PS5-10: Evaluation on Corrosion Properties of Lead-FreeBronze Casting ’CAC411’ by Measurement of PolarizationCurves: Y. Yasuda1,2; H. Abe1; T. Maruyama2; T. Haruna2; 1North-eastern Industrial Research Center of Shiga Prefecture; 2KansaiUniversity

PS5-11: Effect of Aging Time and UNSM (Ultrasonic Nano-Crystal Surface Modification) Treatment on the IntergranularCorrosion of 316L Stainless Steel: J. Lee1; Y. Kim1; Y. Pyun2;1Andong National University; 2Sun Moon University

PS5-12: Surface Nanostructure and Improved CorrosionResistance of AZ91 Magnesium Alloy Induced by High CurrentPulsed Electron Beam Treatment: S. Hao1; M. Li1; 1DalianUniversity of Technology

PS5-13: Surface Modification of FV520B Steel by High CurrentPulsed Electron Beam Treatment: S. Hao1; W. Peng1; Z. Wang1;H. Wang1; 1Dalian University of Technology

PS5-15: Evaluation of Pitting Corrosion on Type 304 StainlessSteel Surface with Electrolyte Film in Atmospheric Environ-ment: Y. Hirohata1; H. Ota1; T. Haruna1; K. Noda2; 1KansaiUniversity; 2Shibaura Institute of Technology

PS5-16: Quantification of Bound Water in Anodic Oxide FilmFormed on Aluminum and Correlation between the Water andStability of the Film: M. Miyazaki1; Y. Hirohata1; T. Haruna1;1Kansai University

PS5-17: Synthesis of Inorganic Nanolayer and Application toCoated Steel Sheets: B. Ha1; 1POSCO Technical ResearchLaboratories

PS5-18: Mechanical Properties of Multilayer Composite Ti /TiNCoating Synthesized by Plasma-Enhanced Ion Plating: Y. Wang1;Z. Li1; H. Wang1; J. Du1; C. Zhang1; 1Northwest Institute forNonferrous Metal Research

PS5-19: Soft Magnetic Properties of Magnetically Isotropic Co-Alloy Nitride Films: H. Aoki1,2; H. Masumoto1; S. Ohnuma3; M.Yamaguchi2; 1Tohoku University; 2Department of ElectricalEngineering, Tohoku University; 3Research Institute for Electro-magnetic Materials

PS5-20: Wafer Scale MoS2 Atomic Layers for Transparent andFlexible Electronic Devices: J. Park1; N. Choudhary1; J. Smith1; G.Lee2; M. Kim3; W. Choi1; 1University of North Texas; 2Departmentof Electrical Engineering, University of Texas at Dallas; 3School ofElectrical and Computer Engineering, Cornell University

PS5-21: Orientation Modulated Photoelectrochemical Perform-ance of Particulate Hematite Films: J. Cai1; Y. Liu1; G. Qin1; S.Li1; Y. Liu1; 1Northeastern University

PS5-22: Structure, Magnetic and Dielectric Properties of Al2O3-Co Nano-Composite Films: K. Araake1; Y. Zhang1; N. Kobayashi2;S. Ohnuma1,2; M. Nose3; H. Masumoto1; 1Tohoku University;2Research Institute for Electromagnetic Materials; 3Toyama Uni-versity

PS5-23: Surface Nanostructure and Improved Wear Resistanceof 40CrNiMo7 Steel Induced by High Current Pulsed ElectronBeam Treatment: H. Wang1; S. Hao1; L. Zhao2; 1Dalian Universityof Technology; 2School of Material Science and Engineering, DalianJiaotong University

PS5-24: Formation of Ti-Al Intermetallic Compound Layer onTitanium Alloy Surface by AIH-FPP Treatment: S. Saito1; J.Komotori1; 1Keio University


PS5-25: Study of The Wear Characteristics of Mg Alloy and Tiin Various Lubricants: T. Fujimoto1; 1National Institute ofTechnology, Yuge College

PS5-26: Growth of Cu2ZnSn(S, Se)4 Films by Selenization/Sulfurization Method Using Dimethyl Selenide and DiethylSulfide: M. Hirose1; R. Yamada1; M. Tahashi1; M. Takahashi1; K.Yoshino2; H. Goto1; 1Chubu University; 2University of Miyazaki

PS5-27: Multiphysics Analysis of Hydrodynamics and Electro-deposition of Cu on Rotating Wafer Cathode Having VariousSeed Layer Thickness: Y. Hwang1; S. Choi1; S. Jeon2; K. Lee1;1Korea Institute of Materials Science; 2LS Mtron

PS5-28: Tunneling Magneto-Dielectric Effect of InsulatingNanogranular Films: N. Kobayashi1; T. Iwasa1; K. Ishida1; K.Ikeda1; H. Masumoto2; S. Takahashi2; S. Maekawa3; 1ResearchInstitute for Electromagnetic Materials; 2Tohoku University; 3JapanAtomic Energy Agency

PS5-29: The Oxidation Film on Tin Surface: M. Kumakura1; S.Mitani2; H. Saito1; 1Tokyo Denki University; 2Nihonhanda Co.Ltd.

PS5-30: Composition-Dependent Structural and ThermoelectricProperties of Ag-Doped SbxTey Electrodeposits: J. Kim1; J. Lim2;N. Myung1; 1University of California, Riverside; 2ElectrochemistryDepartment, Korea Institute of Materials Science

6. Biomaterials, Smart Materials and Structures: PosterSession


PS6-1: Application of Bionic Materials in Oil and Gas Industry:G. Zhao1; M. Wang1; 1SINOPEC Research Institute of PetroleumEngineering

PS6-2: Surface Modification of Ti-6Al-4V Alloy by the Alkaliand Heat Treatment with Potential Pulse Polarization: S.Miyabe1; I. Suetake1; S. Fujimoto1; 1Osaka University

PS6-3: Fabrication of the Surface-Nanogrooved Scaffold toMimic the Nerve Microenvironment for Regeneration of theNerve Cells: J. Min1; S. Han1; U. Chung1; Y. Kook1; H. Pang1; H.Hong1; W. Koh1; 1Yonsei University

PS6-4: Incorporating Calcium Phosphate in Nanotubes Formedon Ti-6Al-7Nb Alloy and Investigation of the Cross-SectionalMicrostructures: Y. Tanaka1; M. Yamamoto1; 1Kagawa University

PS6-5: Influence of Zn Concentration on Biodegradability andStrength of Mg-Zn Binary Alloys: K. Fujiwara1; Y. Kim1; N.Ikeo1; T. Mukai1; 1Kobe University

PS6-6: Modeling and Vibration Reduction Effect of ShapeMemory Composites with Pre-Strained Ni-Ti SMA Wire: P.Sun7; Y. Wang7; Z. Lan5; R. Xiong7; 1Northwestern PolytechnicalUniversity

PS6-7: High Damping Capacity Associated with ComplexMicrostructure of Ni-Ti Shape Memory Alloy Wires: M. Jin1,2;H. Nguyen1; X. Jin1; 1Shanghai Jiao Tong University

PS6-8: Weak First-Order Cubic-Tetragonal Martensitic Trans-formation of an Iron-Palladium Alloy under [001] CompressiveStress Examined by Neutron Diffraction: T. Yamaguchi1; T.Fukuda1; T. Kakeshita1; S. Harjo2; 1Osaka University; 2JapanAtomic Energy Agency

PS6-9: Effects of Aging Time on Shape Memory Characteristicsof Tape-Shaped Ti-Ni Alloy Element Fabricated by a Centrifu-gal Casting Method: H. Fujiki2; C. Nakagawa2; Y. Takeda3; H.Cho1; 1The University of Kitakyushu; 2Graduate School ofEnvironmental Engineering, The University of Kitakyushu; 3TAKER&D

PS6-10: Textures of Ti-Nb and Ti-Nb-Al Shape Memory Alloys:T. Inamura1; H. Shiba2; M. Tahara1; H. Hosoda1; 1Tokyo Institute ofTechnology; 2Graduate Student, Tokyo Institute of Technology

PS6-11: Effects of Third Elements on Shape Memory Propertiesof Ti-Nb-X Ternary Alloys from First-Principles Calculations:D. Minami1; T. Uesugi1; Y. Takigawa1; K. Higashi1; 1OsakaPrefecture Univercity

PS6-12: Production of Ti-50.0 at.% Ni Superelastic Wire forIVR Device: S. Komatsu1; Y. Soejima1; S. Farjami2; M. Mitsuhara2;M. Nishida2; K. Yamauchi3; 1Kyushu University; 2EngineeringSciences for Electronics and Materials, Kyushu University; 3ClinicalResearch, Innovation and Education Center, Tohoku UniversityHospital

PS6-13: Effect of Zr and Nb Contents on Superelastic Propertiesof Ti-Zr-Nb-Sn Alloys: T. Amemiya1; Y. Sato1; H. Kim1; S.Miyazaki1; 1University of Tsukuba

PS6-14: Characteristics of Ti-Ni-Cu Thin Film High FormableShape Memory Alloys: J. Sakurai1; M. Mizoshiri1; S. Hata1;1Nagoya University

PS6-15: Layer-by-Layer Assembly of Biomaterials Based onInk-Jet Printing: M. Choi1; U. Han1; J. Heo1; D. Choi1; H. Jung1;J. Hong1; 1Chung Ang University

PS6-16: Mechanochemically Assisted Synthesis of Magnetite /Hydroxyapatite Hybrid Biomaterials for Magnetic Hyperther-mia: T. Iwasaki1; R. Nakatsuka1; F. Hirosawa1; S. Watano1; 1OsakaPrefecture University

PS6-17: Induction Heating Properties of Gd-Substituted Mg-ZnFerrite Nanoparticles in an AC Magnetic Field: F. Hirosawa1; T.Iwasaki1; S. Watano1; 1Osaka Prefecture University

PS6-18: Fabrication of Compartmentalized Hydrogel Micro-particle with Separate Nanofiber Regions inside PEG forBiological Applications: K. Cho1; M. Kim1; S. Cha1; B. Yun1; B.Yoo1; W. Koh1; 1Yonsei University

PS6-19: Hydrogel Microarray Based Sensitive Glucose Bio-sensor Utilizing Metal-Enhanced Fluorescence(MEF) Effect: M.Kim1; S. Han1; J. Min1; S. Cha1; H. Hong1; B. Yoo1; W. Koh1;1Yonsei University

PS6-20: Strong and Cell-friendly PCL/PU Composite VascularGraft with Mechanical Anisotropy and Cyclic Stability: N.Wang1; F. Guo1; Y. Zhao1; 1Beihang University

PS6-21: Bi-Compartmental 3D Scaffolds Using Alginate Hydro-gel and PCL Nanofiber for the Co-Culture of IntervertebralDisc Cells and Mesenchymal Stem Cells: Y. Kook1; U. Chung1; K.Cho1; B. Yun1; H. Pang1; H. Park2; W. Koh1; 1Yonsei University;2School of Intergrative Engineering, Chung-Ang University

PS6-22: Osteoblast Arrangement Controlled by Interaction withOsteoclast: Y. Inagaki1; R. Ozasa1; A. Matsugaki1; T. Nakano1;1Osaka University

PS6-23: Effects of Interaction between Cancer Cells andOsteoblasts on Cellular Arrangement: Y. Kimura1; A. Sekita1;

7

TECHNICAL PROGRAM

A. Matsugaki1; T. Nakano1; 1Osaka University

PS6-24: Effect of Alloying Elements on Texture and MechanicalProperties of Ti-Nb-Fe Base Alloys: T. Suzuki1; Y. Komamura1; K.Uematsu1; M. Ijaz1; H. Kim1; S. Miyazaki1; 1University of Tsukuba

PS6-25: Evaluation of the Allergenic Properties of Titanium byMetal Ion Release Test in a Simulated Body Environment: Y.Tsutsumi1; M. Ashida1; P. Chen1; H. Doi1; T. Hanawa1; 1TokyoMedical and Dental University

7.Materials Characterization and Evaluation: Poster Ses-sion


PS7-1: Evaluation of Local Disordering on Thermal APBs inOrdered Copt Using Quantified HAADF-STEM: H. Akamine1;K. Van Den Bos2; N. Gauquelin2; S. Farjami1; S. Van Aert2; D.Schryvers2; M. Nishida1; 1Kyushu University; 2Electron Microscopyfor Materials Science (EMAT), University of Antwerp

PS7-2: Atomic Structure Change of Gold Nanorods Induced byIrradiation with Laser Light Pulses: K. Shigematsu1; K. Aso1; T.Yamamoto1; S. Matsumura1; 1Kyushu University

PS7-3: In-Situ SEM Observation of Nucleation and Growthduring Thermoelastic Martensitic Transformation in VariousShape Memory Alloys: T. Miyoshi1; Y. Soejima1; M. Mitsuhara2;M. Nishida2; T. Inamura3; 1Kyushu University; 2EngineeringSciences for Electronics and Materials, Kyushu University; 3Pre-cision and Intelligence Laboratory, Tokyo Institute of Technology

PS7-4: Advantages and Disadvantages in In-Situ TEM and SEMObservations of Thermoelastic Martensitic Transformation inTi-Ni Alloy: Y. Soejima1; M. Mistuhara1; M. Nishida1; 1KyushuUniversity

PS7-5: Dynamic Responses of an Individual Energetic Particlein Response to Impact Loading: Y. Wu1; M. Huang2; 1BeijingInstitute of Technology; 2Institute of Chemical Materials, CAEP

PS7-6: Three-Dimensional Observation of Dislocation Arrange-ment by Serial Sectioning of SEM-ECCI: S. Yamasaki1; M.Mitsuhara1; S. Hata1; H. Nakashima1; 1Kyushu University

PS7-7: 3D Characterization of Long Period Staking OrderedStructure in Mg-Zn-Gd Alloys by FIB-SEM: M. Ishida1; S.Yoshioka1; T. Yamamoto1; A. Takayama1; K. Yasuda1; S.Matsumura; 1Kyushu University

PS7-8: New Magnetic Imaging Technique Using SEM with In-Column Annular Detector: S. Okumura1; H. Akamine1; S.Farjami2; Y. Murakami3; M. Nishida2; 1Interdisciplinary GraduateSchool of Engineering Sciences Kyushu University; 2AppliedScience for Electronics and Materials, Kyushu University; 3AppliedQuantum Physics and Nuclear Engineering, Kyushu University

PS7-9: Local Slip Deformation along Micropillars in Fe-AlSingle Crystals: H. Karokaro1; K. Higashida1; M. Tanaka1; K.Takata1; M. Fujisaki1; 1Kyushu University

PS7-10: Microstructural Evolution Depending on Plastic StrainAmplitude in Cyclically Deformed [001] Copper Single Crystals:T. Kajita1; K. Chahara1; T. Miyazawa1; S. Arai2; T. Fujii1; 1TokyoInstitute of Technology; 2Nagoya University

PS7-24: Precipitation Strengthening Behavior of Micro-Speci-

mens Made of Cu-Ni-Si Alloy: S. Yanagida1,2; A. Araki3; T.Chang1,2; C. Chen1,2; T. Nagoshi4; E. Kobayashi3; H. Hosoda1; T.Sato1; M. Sone1,2; 1Tokyo Institute of Technology; 2CREST, JapanScience and Technology; 3Department of Metallugy and CeramicsScience, Tokyo Institute of Technology; 4National Institute ofAdvanced Industrial Science and Technology

PS7-25: Oxidation of Pure Magnesium Added Recycling OysterShell: S. Kim1; H. Kwon1; K. Kim1; 1Pukyong National University

PS7-26: Brazing of Ti-6Al-4V Alloy with Zr-Ti-Based MetallicGlass Filler Metal: Y. So1; H. Min1; J. Lee1; 1Kongju NationalUniversity

PS7-27: Microstructure and Properties of the Ti20Ni20-Cu20Zr20Hf20 High Entropy Alloy Prepared Powder Metallurgy:J. Lim1; H. Min1; J. Lee1; 1Kongju National University

PS7-28: Transition between Ductile and Brittle Deformation of6H Silicon Carbide at Room Temperature: G. Kwon1; S. Lim2; G.Sun2; C. Shin1; 1Myongji University; 2Korea Atomic EnergyResearch Institute

7.Materials Characterization and Evaluation: Poster Ses-sion


PS7-11: In Situ Study on the Microstructural Evolution of Al/NiLiquid/Solid Interface Using Synchrotron Radiation Real-TimeImaging Technology: Z. Ding1; Q. Hu1; W. Lu1; J. Li1; 1ShanghaiJiao Tong University

PS7-12: Development of Simultaneous Measurement Techniquefor In-Situ X-Ray Diffraction and Small Angle X-Ray Scatteringand its Application to Analysis of Microstructure Evolution ofMetallic Materials: T. Miyazawa1; S. Miyamoto1; T. Koganezawa2;M. Sato2; T. Fujii1; 1Tokyo Institute of Technology; 2JapanSynchrotron Radiation Research Institute

PS7-13: In situ XAFS Study of Palladium Nanoparticles inHydrogen Absorption Process: T. Yoshimoto1; S. Yoshioka1,2; T.Yamamoto1; K. Yasuda1; S. Matsumura1,2; K. Kamitani3; T.Sugiyama3; E. Kobayashi3; H. Kobayashi4; H. Kitagawa4; 1KyushuUniversity; 2Research Center for Synchrotron Light Applications,Kyushu University; 3Kyushu Synchrotron Light Research Center;4Kyoto University

PS7-14: Effect of Ferrite-Cementite Interface Character onYielding Behavior of Pearlite Steel: Y. Wang1; T. Ohmura1,2; Y.Tomota2; 1Kyushu University; 2National Institute for MaterialsScience

PS7-15: Observation of Recrystallization of Heavily-Rolled IronSheet by Diffraction Contrast Imaging: M. Kimura1; M. Tomita2;T. Inaguma2; C. Holzne3; K. Kajiwara4; M. Stao4; 1High EnergyAccelerator Research Organization (KEK); 2Nippon Steel &Sumitomo Metal Corporation; 3Carl Zeiss X-ray Microscopy, Inc.;4JASRI, SPring-8

PS7-16: X-Ray Nano-Tomography Observation of Eutectic SiParticles in Al-7%Si Cast Alloys with Trace Elements: S.Furuta1; M. Kobayashi1; M. Toyoda2; K. Uesugi3; A. Takeuchi3; H.Miura1; T. Aoba1; 1Toyohashi University of Technology; 2AISINAW Co., Ltd.; 3JASRI

PS7-17: SAXS Observations of Defect Structure in MgAl2O4


Irradiated with Swift Heavy Ions: K. Tsuruta1; S. Takaki1; S.Yoshioka1,2; K. Yasuda1; S. Matsumura1,2; T. Horide3; N. Ishikawa4;1Kyushu University; 2Reserch Center for Synchrotron LightApplications, Kyushu University; 3Kyushu Institute of Technology;4Japan Atomic Energy Agency

PS7-18: Chemical State Evaluation for Alloy Nitrides by XAFSMeasurement: M. Sato1; T. Furuhara1; 1Tohoku University

PS7-19: Effect of Various Hydrogen Contents and Grain Sizeson Tensile Behaviour of Metastable Austenite: A. Macadre1; T.Tsuchiyama2; S. Takaki2; 1International Institute for Carbon-NeutralEnergy Research; 2Kyushu University

PS7-20: Identification of Hydrogen Trapping Sites in a StrainedFerritic-Martensitic Dual Phase Steel.: H. Okano1; S. Takagi1;1JFE steel corporation

PS7-21: Effect of Local Strain Distribution on MechanicalProperties of Layered Fe-Al Composite by Digital ImageCorrelation: M. Huang1; 1Harbin Institute of Technology

PS7-22: Fe-Mn-Si Alloys for Metallic Biomaterials: Sublimationof Mn: Z. Xu1; M. Hodgson1; P. Cao1; 1The University of Auckland

PS7-23: Development of NiCoCrMoCu Alloy with Both HighStrength and High Corrosion Resistance to Aqueous Hydro-Fluoric Acid: Y. Hou1; Y. Li2; A. Chiba1; 1Tohoku University;2Department of Materials Science and Engineering, Central SouthUniversity, Changsha, China

8.Composites and Hybrid Materials: Poster Session


PS8-1: Magnetic Resistance Behavior in Multiferroic 0.7Ba-TiO3-0.3NiFe2O4 Core Shell Prepared by a Chemical Method.:O. Yanagisawa1; T. Fujimoto2; K. Kitamura3; 1National Institute ofTechnology, Yuge College; 2Electronic Mechanical EngineeringDepartment, National Institute of Technology, Yuge College;3Technology Education Department, Aichi University of Education

PS8-2: Light Assisted Gas Sensor Derived from the Calcinationof Layered Double Hydroxide: S. Liu1; Y. Guo1; 1BeijingUniversity of Chemical Technology

PS8-3: Improved Drawability of AZ Magnesium Alloy/Tita-nium Clad Sheets by Optimizing Annealing Conditions: T.Inoue1; H. Inoue1; 1Osaka Prefecture University

PS8-4: Preparation of VGCF Reinforced Magnesium MatrixComposites by Low Pressure Infiltration: Y. Yao1; Y. Choi1; Z.Xu1; F. Gao1; S. Kang1; R. Fu2; K. Sugio1; G. Sasaki1; 1HiroshimaUniversity; 2State Key Laboratory of Metastable Materials Scienceand Technology, Yanshan University

PS8-5: Fabrication and Thermal Properties of Lotus StructuredSiO2/Al and SiO2+VGCNF/Al Composites Fabricated by LowPressure Infiltration: Y. Choi1; M. Lee2; Z. Xu1; K. Matsugi1; K.Sugio1; G. Sasaki1; 1Hiroshima university; 2Division of MechanicalEngineering, Dong-Eui Institute of Technology

PS8-6: Spontaneous Infiltration of Al Alloy Melt into Al2O3P

Preform Modified by Ni Nano-Particles: M. Mizumoto1; K.Otomo2; R. Kamada2; 1Iwate University; 2Graduate student, IwateUniversity

PS8-7: Al-Based Composite Material Containing Stress-Lumi-

nescent Particles: Y. Kusunoki1; S. Lee1; K. Matsuda1; Y. Horita1; T.Ohji1; K. Amei; K. Shibata1; K. Okino1; 1University of Toyama

PS8-8: Simultaneous Surface Modification and ChemicalReduction of Graphene Oxide Using Glucose via a Facile andEfficient Method: H. Pan1; X. Wang2; 1Henan University; 2KeyLaboratory of Ministry of Education for Special FunctionalMaterials, Henan University

PS8-9: Thermal Properties of Epoxy Composites with SiliconCarbide and/or Graphite: J. Kim1; W. Oh2; Y. Kim3; B. Kim1; H.Moon1; J. Jang1,3; D. Nam1; 1Korea Institute of IndustrialTechnology; 2Dong-Eui University; 3Pusan National University

9. Bulk Metallic Glasses, Nanocrystalline Material andUltrafine-Grained Materials: Poster Session


PS9-1: Mechanical Properties of Ultrafine-Grained A2024 AlloyUsing High-Pressure Sliding: T. Masuda1; K. Fujimitsu1; Y.Takizawa1,2,3; Z. Horita1,2; M. Yumoto3; Y. Otagiri3; 1KyushuUniversity; 2International Institute for Carbon-Neutral EnergyResearch (I2CNER); 3Technology Department, Nagano ForgingCo., Ltd

PS9-2: Tensile Behavior of SUS304L Stainless Steel HavingUltrafine Grain Sizes: W. Mao1; S. Gao1; Y. Bai1; A. Shibata1,2; N.Tsuji1,2; 1Kyoto University; 2Elements Strategy Initiative forStructural Materials (ESISM), Kyoto University

PS9-3: Mechanical Properties and Deformation Mechanism ofHigh-Mn Austenitic Steels with Fully Recrystallized UltrafineGrained Structures: H. Kitamura1; Y. Bai1; Y. Tian2,3; R. Saha1,4;A. Shibata1,2; N. Tsuji1,2; 1Kyoto University; 2Elements StrategyInitiative for Structural Materials (ESISM), Kyoto University;3Institute for Metals Research, Chinese Academy of Science; 4TataSteel Research Center

PS9-4: Microstructure Evolution and Mechanical Behaviorunder Shear Loadings of Ti-25Nb-25Zr Alloy: D. Ueda1; A.Hocini2; M. Ota1; S. Vajpai1; D. Tingaud2; K. Ameyama1; G.Dirras2; 1Ritsumeikan University; 2Université Paris 13, LSPM-CNRS

PS9-5: Influence of Thermo-Mechanical Treatments on theMechanical Behavior under Tensile and Shear Loadings of Ti-15-3-3-3 Alloy Processed by Powder Metallurgy Route: S.Yokoyama1; R. Maeda1; A. Hocini2; M. Ota1; S. Vajpay1; D.Tingaud2; K. Ameyama1; G. Dirras2; 1Ritsumeikan University;2Université Paris 13, LSPM-CNRS

PS9-6: Microstructural Evolution and Mechanical Properties of5056 Al Alloy Processed by ECAP at Room Temperature: Y.Shiono1; T. Morishige2; T. Takenaka2; 1Kansai university; 2Depart-ment of Chemistry and Materials Engineering, Kansai University,Japan

PS9-7: Design Optimization of Heat Treatment Parameters forMechanical Properties of Nano-Structured Al-0.2 wt.% Sc AlloySeverely Deformed by AEB: M. Yousefieh1; E. Borhani2; M.Tamizifar1; S. Boutorabi1; 1Iran University of Science andTechnology (IUST); 2Semnan University

PS9-8: Study on Luminescence Properties of Co-Doped Nano-particles Gd2O3:Tb3+, Eu3+ Synthesized by Polyol Route: M. Ou1;1Guizhou University

9

TECHNICAL PROGRAM

PS9-9: Microstructure and Thermal Stability of NanostructuredSurface Layer by Surface Mechanical Attrition Treatment ofTC4 Titanium Alloy: W. Tong1; 1Northeastern University

PS9-10: In Situ X-Ray Diffraction Study of Mechanical Behav-ior of Harmonic Structure Design Ti-6Al-4VAlloy: S. Matsuda1;M. Ota1; K. Ameyama1; P. Renault2; P. Godard2; G. Geandier4; D.Faurie3; T. Sadat3; D. Tingaud3; G. Dirras3; 1RitsumeikanUniversity; 2University of Poitiers, CNRS; 3Université Paris 13,Sorbonne Paris Cité, LSPM-CNRS; 4Institut Jean Lamour,University of Lorraine, CNRS

PS9-11: Structure-Property Optimization in Harmonic Struc-tured Nickel Fabricated through Powder Metallurgy Route: N.Horikawa1; S. Okada1; M. Ota2; J. Zhou3; S. Hall4; D. Orlov5; K.Ameyama2; 1Ritsumeikan University; 2Department of MechanicalEngineering, Ritsumeikan University; 3Division of IndustrialProduction, Department of Mechanical Engineering, LTH, LundUniversity; 4Division of Solid Mechanics, Department of Con-struction Sciences, LTH, Lund University; 5Division of MaterialsEngineering, Department of Mechanical Engineering, LTH, LundUniversity

PS9-12: Structure and Mechanical Properties in Pure Ni withHarmonic Structure via Electroless Plating: K. Masuda1; S.Kosuga2; M. Ota3; J. Zhou4; S. Hall5; D. Orlov6; K. Ameyama3;1Ritsumeikan University; 2College of Science and Engineering,Ritsumeikan University; 3Department of Mechanical Engineering,Ritsumeikan University; 4Division of Industrial Production, Depart-ment of Mechanical Engineering, LTH, Lund University; 5Divisionof Solid Mechanics, Department of Construction Sciences, LTH,Lund University; 6Division of Materials Engineering, Department ofMechanical Engineering, LTH, Lund University

PS9-13: Effect of Harmonic Structure Design on the Strain RateSensitivity of Ti-6Al-4VAlloy: H. Maezawa1; R. Maeda4; M. Ota5;S. Vajpai3; K. Ameyama2; 1Ritsumeikan University; 2RitsumeikanGlobal Innovation Research Organization, Ritsumeikan University;3Faculty of Science and Engineering, Ritsumeikan University;4Graduate school of Science and Engineering, RitsumeikanUniversity; 5Graduate school of Science and Engineering, Ritsu-meikan University

PS9-14: Development and Microstructure Optimization of Mg-Based Metallic Glass Matrix Composites with In-Situ B2-NiTiDispersoids: W. Guo1; H. Kato2; R. Yamada1; N. Tanaka3; J. Saida1;1Tohoku University; 2Insitute for Materials Research, TohokuUniversity; 3Graduate School of Engineering, Tohoku University

PS9-15: Fabrication of Bulk Nanocrystalline Alloys Electro-depositited from Induced Codeposition and their MechanicalProperties: I. Matsui1; N. Omura1; M. Li1; Y. Murakami1; S. Tada1;1National Institute of Advanced Industrial Science and Technology(AIST)

PS9-16: The Study of Liquid Like Behaviors in Silver Nano-crystal: D. Kong1; L. Wang1; Z. Zhang2; X. Han1; 1BeijingUniversity of Technology; 2Zhejiang University

PS9-17: Self-Ion Irradiation of a Thermally-Stabilized Nano-crystalline NiW Alloy: P. Singh1; M. Hecht1; M. De Boer1; Y.Picard1; 1Carnegie Mellon University

PS9-18: Electrical Properties of MgB2 Prepared Using NanoBoron Powders: C. Kim1; B. Jun1; 1Korea Atomic Energy ResearchInstitute

PS9-19: Ni(OH)2@Co(OH)2 Hollow Nanohexagons with Super-

capacitor Properties and Extraordinary Glucose Sensing: X. Su1;R. Wang2; 1University of Science and Technology Beijing; 2BeihangUniversity

PS9-20: Strengthening of CoCrFeMnNi High-Entropy Alloythrough Caliber-Rolling.: N. Imakura1; N. Ikeo1; A. Singh2; I.Gutierrez Urrutia2; Y. Osawa2; K. Tsuchiya2; T. Mukai1; 1KobeUniversity; 2National Institute for Materials Science

PS9-21: Structural Evaluation of Rejuvenated Pd-Based Me-tallic Glass: N. Tanaka1; R. Yamada2; W. Guo2; J. Saida2; 1TohokuUniversity; 2Frontier Research Institute for Interdisciplinary Sci-ences, Tohoku Univercity

10. Modelling and Simulation of Microstructures andProcessing: Poster Session


PS10-1: Grain Boundary Energy of 13 [0001] Twist GrainBoundary in MgB2 from First-Principles Calculations: Y. Hisai1;T. Uesugi1; Y. Takigawa1; K. Higashi1; 1Osaka Prefecture University

PS10-2: First Principles Calculations of Solution Energies ofDopants Around Stacking Faults in Ge Crystal: K. Sakakibara1;T. Fujioka1; H. Nakamura1; S. Nishitani1; Y. Ohno2; I. Yonenaga2;1Kwansei Gakuin University; 2Institute for Materials Research,Tohoku University

PS10-3: Ab-Initio Study on Charge Trap State in AmorphousSi3N4: G. Kang1; S. Han1; 1Seoul National University

PS10-4: First-Principles Investigation on the Tetragonal Dis-tortion in Disordered Fe-Pt and Fe-Pd Alloys: S. Yamamoto2; T.Yokomine1; K. Sato1; M. Ogura3; T. Fukuda1; T. Terai1; T.Kakeshita1; H. Akai4; 1Osaka University; 2Nippon Steel andSumitomo Metal; 3Peter Gruenberg Institute, Juelich ResearchCenter; 4Institute for Solid State Physics, The University of Tokyo

PS10-5: A First Principles Study of Stabilizing Mechanism byBoron in Body-Centered Cubic Iron through (Fe,Cr)23(C,B)6Precipitates: R. Sahara1; T. Matsunaga1; H. Hongo1; M. Tabuchi1;1National Institute for Materials Science

PS10-6: Modelling of the Two-Dimensional Strain Effect onPiezoelectric Properties of ZnO Predicted by Density FunctionalPerturbation Theory: K. Nakamura1; S. Higuchi1; T. Ohnuma1;1Central Research Institute of Electric Power Industry

PS10-7: (10-12) and (10-11) Twinning of Mg And Mg-Al Alloy:N. Miyazawa1; M. Yuasa2; Y. Chino2; M. Mabuchi1; 1KyotoUniversity; 2National Institute of Advanced Industrial Science andTechnology

PS10-8: Preferred Orientation in Vapor-Deposited Organic ThinFilm: Y. Youn1; D. Yoo1; Y. Kang1; S. Han1; 1Seoul NationalUniversity

PS10-9: Effect of Grain Boundary Character on CrackPropagation in Electroplated Cu Films on Polymer Substratesduring Bending Fatigue Test: J. Shin1; K. Park1; A. Bag1; S. Choi1;1Sunchon National University

PS10-10: Kinetic Monte Carlo Study on Effect of Solute Atomson Dislocation Motion in Fe-Based Alloys: S. Shinzato1; M.Wakeda1; S. Ogata1,2; 1Osaka University; 2Center for ElementStrategy Initiative for Structural Materials, Kyoto University


PS10-11: Prediction of Elastic Properties of Precipitation-Hardened Aluminum Cast Alloys: J. Suh1; Y. Lee1; J. Shim1; H.Park2; 1Korea Institute of Science and Technology; 2Hyundai & KiaCorporate Research & Development Division

PS10-12: New Generation System of Computational Thermody-namics for Development of Advanced Materials: K. Shobu1; H.Yamada2; M. Hasebe1; 1RICT; 2AIST

PS10-13: Multi-Phase-Field Study on 2D and 3D Grain Growthwith Particle Pinning: E. Miyoshi1; T. Takaki1; 1Kyoto Institute ofTechnology

PS10-14: Permeability Prediction for Columnar DendriticStructures by Phase-Field and Lattice Boltzmann Simulations:S. Sakane1; T. Takaki1; M. Ohno2; Y. Shibuta3; T. Shimokawabe4; T.Aoki4; 1Kyoto Institute of Technology; 2Hokkaido University; 3TheUniversity of Tokyo; 4Tokyo Institute of Technology

PS10-15: Phase-Field Simulation on the Growth Behavior ofReaction Phases in Nuclear Fuel Rod: T. Ishikawa1; T. Koyama2;Y. Tsukada2; M. Kurata3; 1Nagoya Institute of Technology; 2NagoyaUniversity; 3Japan Atomic Energy Agency

PS10-16: Phase-Field Simulation on the Formation of Nodule-Like Microstructure in Nickel-Based Alloy: R. Oshima1; Y.Tsukada2; T. Koyama2; M. Yonemura3; 1Nagoya Institute ofTechnology; 2Nagoya University; 3Nippon Steel & Sumitomo MetalCorporation

PS10-17: Influence of Li Concentration on Al-Li Alloys AntisiteDefects: J. Zhang1; D. Zhang1; Z. Xue1; Z. Chen2; 1North ChinaElectric Power University; 2Northwestern Polytechnical University

PS10-18: Mechanism of Competitive Grain Growth: A Domi-nant Field Theory: X. Meng1; 1Institute of Metal Research

PS10-19: Maximization of Strengthening Effect of MicroscopicMorphology in Duplex Metals: I. Watanabe1; G. Nakamura2; K.Yuge2; 1National Institute for Materials Science; 2Seikei University

PS10-20: A Finite Element Simulation for Heat Treatment ofAutomotive Drive Shaft Incorporating Transformation Plasti-city: S. Park1; D. Kim1; S. Lee2; H. Han1; 1Seoul NationalUniversity; 2Automotive Research and Development Division,Hyundai Motor Group

11.Materials for Energy and Environment: Poster Session


PS11-1: Thermoelectric Properties of Na2ZnSn5 Ingots: M.Kanno1; T. Yamada1,2; H. Yamane1; 1IMRAM, Tohoku University;2JST, PRESTO

PS11-2: Crystal Structures and Thermoelectric Properties ofNa-Tr-Sn (Tr=Al, Ga) Compounds: T. Yamada1; M. Kanno1; M.Kamamoto1; H. Nagai2; H. Yamane1; 1Tohoku University; 2NationalInstitute of Advanced Industrial Science and Technology

PS11-3: Type I Clathrates Ba8Ni3.8SixGe42.2-x: Chemical andThermoelectric Properties: Y. Dong1; X. Yan2; Z. Tang1; W.Chen1; X. Ding1; X. Sun3; 1Northeastern University; 2Institute ofSolid State Physics, Vienna University of Technology; 3KeyLaboratory for Anisotropy and Texture of Materials (Ministry ofEducation), Northeastern University

PS11-4: Maximizing Thermoelectric Properties by Facile Con-

trol over Interfacial Energy-Barrier Scatterings in Nanocrystal-line Sb2Te3 Electrodeposits: J. Kim1; J. Lim2; N. Myung1;1University of California, Riverside; 2Korea Institute of MaterialsScience

PS11-5: Highly Efficient Visible-Light-Driven PhotocatalyticHydrogen Production of Chalcogenide Semiconductor/CarbonMaterial Nanocomposites: Q. Li1; 1South-Central University forNationalities

PS11-6: Morphology-Transformation Facilitated Synthesis ofOne-Dimensional Porous Pt/Cu-BTC MOFs and Pt/CuOArchitecture with Excellent Photo-Electrochemical Perform-ance: Y. Sun1; B. Yoo1; 1Hanyang University

PS11-7: Analysis of Solar Grade Silicon Using Radio FrequencyGlow Discharge Mass Spectroscopy: J. Yang1,2; J. Yoon1; H. Ryu1;C. Kim1,3; B. O2; 1Korea Basic Science Institute; 2ChungNamNational University(Physics); 3ChungNam National University(Ad-vanced Materials)

PS11-8: Novel Conversion Process of Blast Furnace Slag toHydroxyapatite-Zeolite Composite and its Environmental Ap-plication as an Adsorbent: Y. Kuwahara1,2; H. Yamashita1,2;1Osaka University; 2Elements Strategy Initiative for Catalysts &Batteries (ESICB), Kyoto University

PS11-9: Recovery of Platinum Group Metals from WastedAutomobile Catalyst Using Perovskite-Type Oxide: K. Nagai1; H.Kumakura1; M. Makifuchi1; T. Kikuchi1; T. Nagai1; 1Chiba Instituteof Technology

PS11-10: Recovery of Platinum Group Metals from WastedAutomobile Catalyst Using Double Oxide: H. Kumakura1; K.Nagai1; T. Ishigaki1; Y. Mita1; T. Nagai1; 1Chiba Institute ofTechnology

PS11-11: Effect of Vibrating Acceleration on Sorting Ratio ofMagnesium from Metal Scraps by Dry Gravity SeparationUsing Particle Bed: K. Tsujita1; T. Morishige2; T. Takenaka2;1Graduate School of Science and Engineering, Kansai University;2Department of Chemstry and Materials Engineering, KansaiUniversity

PS11-12: Electrochemical Behavior of Nd Ion According toOperating Temperature in LiF-NdF3 Molten Salts System: H.Ryu1; J. Yang1; J. Yoon1; S. Kwon2; J. Lee2; 1Korea Basic ScienceInstitute; 2Chungnam National University

PS11-13: Controlled One-Step Synthesis of Pt DecoratedOctahedral Fe3O4 and Its Excellent Catalytic Performance forCO Oxidation: G. Li1; L. Li1; 1East China University of Scienceand Technology

PS11-14: Out of Plane Magnetic Moment and Lattice Distortionof Element-Added Fe3O4 Thin Films: M. Watanabe1; S. Abe1;1Research Institute for Electromagnetic Materials

PS11-15: Effect of Cr on the High-Temperature OxidationResistance in Co-20Cr-10Al ODS Superalloys: H. Yu1; S. Ukai1;N. Oono1; S. Hayashi2; T. Sasaki3; 1Hokkaido University; 2TokyoInstitute of Technology; 3National Institute for Materials Science

PS11-16: The Effect of Zr Addition on the Microstructure andMechanical Properties of 15Cr Oxide Dispersion StrengthenedSteels Produced by Mechanical Alloying and Hot IsostaticPressing: H. Xu1,2; S. Ukai2; N. Oono2; Z. Lu1; D. Wang2;1Northeastern University; 2Hokkaido University

PS11-17: Effect of Ageing on the Microstructural Stability and

11

TECHNICAL PROGRAM

Mechanical Property of Fe-Cr-Al ODS Ferritic Steels: B. Maji1;S. Ukai1; N. Oono1; T. Kaito2; T. Torimaru3; A. Kimura4; S.Hayashi5; 1Hokkaido University; 2Japan Atomic Energy Agency;3Nippon Nuclear Fuel Development Co., Ltd.; 4Kyoto University;5Tokyo Institute of Technology

PS11-18: Stability of As-Fabricated and Cold-Rolled 12Cr-ODSSteels during High Temperature Annealing: J. Shen1; H. Yang1;Y. Li1; F. Li1; S. Kano1,2; Y. Matuskawa1; Y. Satoh1; H. Abe1,2;1Tohoku University; 2The University of Tokyo

PS11-19: Abnormal Steady State Creep of Zircaloy-4: T.Matsunaga1; H. Hongo1; M. Tabuchi1; 1National Institute forMaterials Science

PS11-20: Deformation Microstructure in Zr-Nb Alloys underUniaxial Tensile and Advanced Expansion due to CompressionTests: S. Kano1; A. Kobayashi2; H. Yang2; D. Kunii2; Z. Zishou2; K.Murakami1; H. Abe1; 1The University of Tokyo; 2Tohoku University

PS11-21: Hydride-induced Ductility Loss in the Hoop and AxialDirections of Zr-2.5Nb Cladding Tube: Z. Zhao1; D. Kunii1; H.Yang2; S. Kano3; Y. Matsukawa2; Y. Satoh2; H. Abe3; 1TohokuUniversity; 2Institute for Materials Research, Tohoku University;3Nuclear Professional School, Graduate School of Engineering, TheUniversity of Tokyo

PS11-22: Investigation on Recrystallization Characteristics andMechanical Properties of Zr-Nb-Mo Ternary Alloys: H. Yang1; S.Kano2; Y. Matsukawa2; Y. Satoh2; H. Abe2; 1Tohoku University;2Department of Nuclear Engineering, School of Engineering, TheUniversity of Tokyo

PS11-23: The Influence of Ni Content on the CorrosionResistance of Cu-Ni-Sn-C-P Sintered Alloys in Poor QualityFuel: R. Sakagami1; S. Takezoe2; Y. Ishii2; M. Hatakeyama3; S.Sunada3; 1University of Toyama; 2DIAMET Corporation; 3GraduateSchool of Science and Engineering for Research, University ofToyama

PS11-24: Effect of Ethanolamines on Corrosion Inhibition ofCarbon Steel and Ductile Cast Iron in Nitrite ContainingSolutions: K. Kim1; H. Chang2; B. Lim2; H. Park2; Y. Kim1;1Andong National University; 2Power Engineering ResearchInstitute, KEPCO Engineering & Construction Company

PS11-25: Effect of Heat Treatment on Microstructure andMechanical Properties after Overlay Welding of Inconel 625Alloy and Low Alloy Steels: S. Kim1; J. Jang1; H. Kim1; J. Kim1;H. Moon1; D. Nam1; B. Kim1; 1KITECH

PS11-26: High-Pressure Syntheses of Novel Hydrides: H. Saitoh1;S. Takagi2; S. Orimo2,3; 1Japan Atomic Energy Agency; 2Institutefor Materials Research, Tohoku University; 3WPI-AdvancedInstitute for Materials Research, Tohoku University

PS11-27: In-Situ Measurement of Averege and Local Strucutresof Hydorgen Absorbing Alloys Using Synchrotron Radiation X-Rays: A. Machida1; N. Maejima1; T. Watanuki1; Y. Katayama1; K.Sakaki2; H. Kim2; Y. Nakamura2; 1Japan Atomic Energy Agency;2National Institute of Advanced Industrial Science and Technology

PS11-28: Hydrogenation Properties of Supported Metal Nano-particles on Graphene: S. Isobe1; 1Hokkaido University

PS11-29: Microstructural Analysis of the Direct Phase Trans-formation from Beta Sn to Li7Sn2: K. Sasaki1; K. Hayasaka1; D.Li1; T. Tokunaga1; T. Yamamoto1; 1Nagoya University

PS11-30: Preparation and Electrochemical Properties of LiBH4-

Based Composite Anode for Lithium Secondary Battery: K.Kurigami1; I. Oikawa1; H. Takamura1; 1Tohoku University

PS11-31: Influence of Synthesis Condition on Grain Structure ofBa(Fe,Co)2As2 Polycrystalline Bulks: Y. Shimada1; A. Yamamoto3;S. Hata2; T. Konno1; 1Tohoku University; 2Kyushu University;3Tokyo University of Agriculture and Technology

12.Electronic and Magnetic Materials: Poster Session


PS12-1: Spin Signals for Four Terminal Nonlocal Geometrywith Co2FeAl0.5Si0.5/N-GaAs Shottoky Tunnel Junctions: N.Tezuka1; T. Saito1; M. Matsuura1; S. Sugimoto1; 1Tohoku University

PS12-2: Dynamic Domain Arrangements Analysis in HighPurity Fe-(4, 5, 6) wt% Si Alloy by Kerr Effect Microscope: R.Watanabe1; Z. Lei1; T. Horiuchi1; I. Sasaki1; M. Takezawa5; C.Kaido2; T. Ogawa3; H. Era4; 1Kyushu Institute of Technology;2National Institute of Technology, Kitakyushu College; 3FukuokaIndustrial Technology Center, Mechanics and Electronics ResearchInstitute; 4Kyushu Institute of Technology, Graduate School ofEngineering; 5Kyushu Institute of Technology, Faculty of Engineer-ing

PS12-3: The Study of Effects of Temperature and Content onMicro-Magnetic Structure of Fe-V Alloys: Z. Li1; J. Wang1; C.Liu1; 1Northeastern University

PS12-4: Magneto-Optical Enhancement and Chemical SensingApplications of Perpendicular Magnetic CoPt/Ag StackedStructures with a ZnO Intermediate Layer: K. Takeda1; H.Yamane2; M. Kobayashi1; 1Chiba Institute of Technology; 2AkitaIndustrial Technology Center

PS12-5: New Casting Method for Nd-Fe-B Alloys: T. Tamura1;1National Institute of Advanced Industrial Science and Technology

PS12-6: Improvement of Coercivity of Nd-Fe-B Powder by Nd-Cu Sputtering: A. Iijima1; T. Kawahara1; M. Matsuura1; N.Tezuka1; S. Sugimoto1; Y. Une2; H. Kubo2; M. Sagawa2; 1TohokuUniversity; 2Intermetallics Company, Ltd.

PS12-7: Microstructure Analysis of HDDR-Processed Nd-Fe-BMagnet Powders at Early Recombination Stage: R. Takizawa1;M. Itakura1; M. Nishida1; N. Katayama2; K. Morimoto2; 1KyushuUniversity; 2R&D Division, Toda Kogyo Corp.

PS12-8: Investigation of Magnetocaloric Effect in Gd-BasedAlloys by Powder Metallurgy Process: H. Park1; D. Seo1; J. Lee1;1Kongju National University

PS12-9: Aging Behavior in Corson Alloy Characterized by In-Situ Small-Angle X-Ray Scattering: Y. Oba1; S. Yamazaki2; H.Sasaki2; K. Hirose2; T. Miyazawa3; T. Watanabe4; M. Sato4; 1KyotoUniversity; 2Furukawa Electric; 3Tokyo Institute of Technology;4Japan Synchrotron Radiation Research Institute

PS12-10: Effects of Cu(Ti) Electrodes on Contact Resistance ofthe Cu(Ti) /IGZO Junction and IGZO-TFT Performance: K.Ito1; K. Kohama1; T. Sano1; T. Nabatame2; A. Ohi2; 1OsakaUniversity; 2WPI-MANA National Institute for Materials Science

PS12-11: Characteristics of High-K Thin Films by Atomic LayerDeposition: T. Nabatame1; 1National Institute for Materials Science

PS12-12: Influence of Electric Field Effect on Conversion


Efficiency of Thin Film Solar Cell.: T. Kusakabe1; N. Matsuo1; A.Heya1; 1University of Hyogo

PS12-13: Surface Treatment of Aluminum Oxide by AtomicHydrogen Annealing: R. Yamasaki1; A. Heya2; N. Matsuo2;1Tocalo Co., Ltd.; 2University of Hyogo, Department of Materialsand Synchrotron Radiation

PS12-14: High-Bias Stability of Single-Atom Contacts of Metalsunder Tensile and Compressive Contact Forces: S. Wakasugi1; S.Kurokawa1; A. Sakai1; 1Kyoto University

PS12-15: Self-Controlled Shape and Orientation Synthesis ofNanostructures on Silicon Substrates: Y. Cui2; 1Beihang Uni-versity

13.Additive Manufacturing: Poster Session


PS13-1: The Microstructure and Micro-Segregation of Ni-Cr-Co-Fe Based Alloy by Laser Solid Forming: Y. Zhao1; X. Lin1; J.Xu1; W. Huang1; 1Northwestern Polytechnical University

PS13-2: Accumulating Spot Joining of Aluminum and CopperThin Plates by Indirect Friction Stir Joining: S. Igarashi1; T.Suzuki1; M. Tashiro1; T. Nagano1; M. Igarashi2; H. Ohnuki2;1Ibaraki University; 2Ohnuki Manufacturing Industry Co., Ltd.

PS13-3: Microstructure and Mechanical Properties Evaluationof Ti48Al2Nb2Cr Alloy Manufactured by Electron BeamMelting: K. Shinzawa1; Y. Koizumi1; K. Yamanaka1; T. Kii1; T.Saito1; A. Chiba1; 1Institute for Materials Research, TohokuUniversity

PS13-4: Studies on Shrinkage of Selective Laser Sintering PartsBased on Improved Back Propagation Neural Network: P. Xu1;J. Liu1; Q. Wei1; Y. Shi1; 1Huazhong University of Science andTechnology

PS13-5: Elastic Constants of 3D Simple Lattice StructuresStudied by Resonant Ultrasound Spectroscopy: R. Tarumi1; Y.Shibutani1; 1Osaka University

PS13-6: Phase Field Simulation of Porosity Development duringSelective Laser Melting of Metal Powder: B. Lee1; K. Choi2; K.Min2; J. Huh1; 1Korea University; 2Hyundai Motor Group

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Documents

POSTERS Ultrafine Elongated Grain Structure Steel Processed by …web.apollon.nta.co.jp/PRICM9/files/POSTER20160729.pdf · 2016-07-29 · POSTERS 1.Advanced Steels and Processing: