R-Phase Structure Refinement Using Electron Diffraction Data
|
(
pp.774 - 779 )
|
Dominique Schryvers1) and Pavel L. Potapov1)
|
|
R-phase and Electronic Structures of TiNi and TiNi8/9Fe1/9
|
(
pp.780 - 784 )
|
Shoji Ishida1) and Setsuro Asano2)
|
|
Nuclear Magnetic Resonance Studies of Martensitic Phase Transformation in Ni-Ti Shape Memory Alloys
|
(
pp.785 - 791 )
|
Sybille Crevoiserat1), Constantin Dimitropoulos2) and Rolf Gotthardt1)
|
|
Effect of Ferroelastic Cycling via Martensite Reorientation on the Transformation Behaviour of Nickel-Titanium
|
(
pp.792 - 797 )
|
Yinong Liu1), Denis Favier2) and Hong Yang1)
|
|
Rietveld Analyses on Hydrogenated TiNi Shape Memory Alloy and Multiple-Stage Transformation
|
(
pp.798 - 801 )
|
Takuya Ohba1), Fusanobu Yanagita1), Masahiro Mitsuka1), Toru Hara2) and Kenichi Kato3)
|
|
Phase Transformation Behavior and Shape Memory Characteristics of Ti-Ni-Cu-Mo Alloys
|
(
pp.802 - 808 )
|
Tae-Hyun Nam1), Jung-Phil Noh1), Shin-Goo Hur2), Ji-Soon Kim3) and Seung-Baik Kang4)
|
|
A New Fatigue Model for Titanium-Nickel-Cupper Shape Memory Alloy Subjected to Superelastic Cyclic Deformation
|
(
pp.809 - 814 )
|
Nagatoshi Okabe1), Maho Hosogi2), Toshio Sakuma3) and Keisuke Okita1)
|
|
Effect of Cyclic Deformation on Thermo-Mechanical Characteristics in Ti-Ni-Cu Alloy Wires with Various Copper Contents
|
(
pp.815 - 821 )
|
Toshio Sakuma1), Maho Hosogi2), Nagatoshi Okabe3), Uichi Iwata1) and Keisuke Okita3)
|
|
A New Constitutive Equation for Superelastic Deformation and Prediction of Martensite Volume Fraction in Titanium-Nickel-Cupper Shape Memory Alloy
|
(
pp.822 - 827 )
|
Maho Hosogi1), Nagatoshi Okabe2), Toshio Sakuma3) and Keisuke Okita2)
|
|
Effect of Copper Content on Superelasticity Characteristics in Ti-Ni and Ti-Ni-Cu Alloy Wires
|
(
pp.828 - 833 )
|
Toshio Sakuma1), Maho Hosogi2), Nagatoshi Okabe3), Uichi Iwata1) and Keisuke Okita3)
|
|
Relation between Tensile Deformation Behavior and Microstructure in a Ti-Ni-Co Shape Memory Alloy
|
(
pp.834 - 839 )
|
Yoichi Kishi1), Zenjiro Yajima1) and Ken’ichi Shimizu1)
|
|
Hot Water Jet Erosion Characteristics of Ti-Ni Shape Memory Alloys
|
(
pp.840 - 845 )
|
Li-Bin Niu1), Toshio Sakuma2), Yoshihiro Sakai3), Hideki Kyougoku4) and Hiroshi Takaku1)
|
|
Electron Concentration and Structural Transformation of Ni2MnGa-Based Shape Memory Alloys
|
(
pp.846 - 851 )
|
Kenichi Yamaguchi1), Shoji Ishida1) and Setsuro Asano2)
|
|
Hardness and Aging of Ni2MnGa Ferromagnetic Shape Memory Alloys
|
(
pp.852 - 855 )
|
Hideki Hosoda1), Kenji Wakashima1), Tsuyoshi Sugimoto2) and Shuichi Miyazaki2)
|
|
New Aspects of Structural and Magnetic Behaviour of Martensites in Ni-Mn-Ga Alloys
|
(
pp.856 - 860 )
|
Volodymyr Chernenko1), Victor L’vov2), Eduard Cesari3), Jaume Pons3), Richard Portier4) and Sergei Zagorodnyuk2)
|
|
Effect of Aging Time on Shape Memory Properties of Sputtered Ni-rich Ni2MnGa Alloy Films
|
(
pp.861 - 866 )
|
Motohiko Suzuki1), Makoto Ohtsuka1), Minoru Matsumoto1), Yasukazu Murakami1), Daisuke Shindo1) and Kimio Itagaki1)
|
|
Structural Phase Stability in Ni2.17Mn0.83Ga Film
|
(
pp.867 - 870 )
|
Shoji Ishida1), Yoshinori Tanaka2) and Setsuro Asano3)
|
|
Composition Control of R.F.-Sputtered Ni2MnGa Thin Films Using Optical Emission Spectroscopy
|
(
pp.871 - 875 )
|
Shyi-Kaan Wu1) and Kuan-Hua Tseng2)
|
|
Magnetic-Field-Induced Stresses and Magnetostrain Effect in Martensite
|
(
pp.876 - 880 )
|
Victor L’vov1), Sergey Zagorodnyuk1), Vladimir Chernenko2) and Toshiyuki Takagi3)
|
|
Magnetostrictive Properties of Galfenol Alloys Under Compressive Stress
|
(
pp.881 - 886 )
|
Arthur E. Clark1), Marilyn Wun-Fogle2), James B. Restorff2) and Thomas A. Lograsso3)
|
|
Martensitic Transformation in Shape Memory Alloys under Magnetic Field and Hydrostatic Pressure
|
(
pp.887 - 892 )
|
Tomoyuki Kakeshita1), Takashi Fukuda1), Tatsuaki Sakamoto1), Tetsuya Takeuchi2), Koichi Kindo3), Syouichi Endo3) and Kohji Kishio4)
|
|
Exchange Bias and Spin-Valve Giant Magnetoresistance in Multilayers with Mn-17 mol%Ir-2 mol%Pt Antiferromagnetic Layer
|
(
pp.893 - 896 )
|
Dong-Min Jeon1), Yoon-Sik Kim1), Suk-Min Na1), Jae-Chul Ro2), Dae-Ho Yoon1) and Su-Jeong Suh1)
|
|
Effect of Aging on Martensitic Transformation in Ti-Rich Ti-Pd Shape Memory Alloy
|
(
pp.897 - 901 )
|
Virgil Constantin Solomon1) and Minoru Nishida1)
|
|
Combination and Interface Structure of 9R Martensite Plate Variants in Ti50.0Pd43.0Fe7.0 Shape Memory Alloy
|
(
pp.902 - 907 )
|
Sei-ichiro Ii1), Minoru Nishida1), Toru Hara2) and Kazuyuki Enami3)
|
|
Martensitic Transformation in Ti-Rich Ti-Pd Shape Memory Alloys
|
(
pp.908 - 915 )
|
Virgil Constantin Solomon1) and Minoru Nishida1)
|
|
Influence of Austenite Grain Size on Mechanical Properties of Stainless SMA
|
(
pp.916 - 919 )
|
Jorge Otubo1)2), Fabiana C. Nascimento3), Paulo R. Mei3), Lisandro P. Cardoso4) and Michael J. Kaufman5)
|
|
Effect of Nitrogen Addition on Shape Memory Characteristics of Fe-Mn-Si-Cr Alloy
|
(
pp.920 - 925 )
|
Jianfeng Wan1), Xing Huang1), Shipu Chen1) and T. Y. Hsu (Xu Zuyao)1)
|
|
Diffusion Effects on Transformation and Deformation Behavior in Copper-Based Shape Memory Alloys
|
(
pp.926 - 932 )
|
Vicenç Torra1), Antonio Isalgue1) and Francisco C. Lovey2)
|
|
Phase Formation and Structural Sequence of Highly-Oriented MBE-Grown NiTiCu Shape Memory Thin Films
|
(
pp.933 - 938 )
|
Ralf Hassdorf1), Jürgen Feydt1), René Pascal1), Sigurd Thienhaus1), Markus Boese2), Tobias Sterzl1), Bernhard Winzek1) and Michael Moske1)
|
|
Fabrication of Photocatalytic TiO2 Films on Pure Aluminum Plates
|
(
pp.939 - 945 )
|
Susumu Ikeno1), Tokimasa Kawabata1), Hiroaki Hayashi1), Kenji Matsuda1), Seiichi Rengakuji1), Toshiaki Suzuki2), Yuji Hatano3) and Katsuyoshi Tanaka4)
|
|
Stability of Postannealed Silicon Dioxide Electret Thin Films Prepared by Magnetron Sputtering
|
(
pp.946 - 950 )
|
Tadatsugu Minami1), Hidenobu Toda1), Tetsuharu Utsubo1), Toshihiro Miyata1) and Yoshiaki Ohbayashi2)
|
|
Patterned Shape Memory Alloy Films
|
(
pp.951 - 955 )
|
Kiyotaka Mori1), Jian Li1), Alexander L. Roytburd1) and Manfred Wuttig1)
|
|
Fabrication of PTC Sheet with Semiconducting BaTiO3 Particles
|
(
pp.956 - 960 )
|
Takehiro Dan1), Mitsuru Egashira1), Mikihiko Kobayashi1) and Norio Shinya1)
|
|
Progress on Composites with Embedded Shape Memory Alloy Wires
|
(
pp.961 - 973 )
|
Jan Schrooten1), Véronique Michaud2), John Parthenios3), Georgios C. Psarras3), Costas Galiotis3), Rolf Gotthardt4), Jan-Anders Månson2) and Jan Van Humbeeck1)
|
|
Enhanced Mechanical Properties of Fe-Mn-Si-Cr Shape Memory Fiber/Plaster Smart Composite
|
(
pp.974 - 983 )
|
Yoshimi Watanabe1), Eiichi Miyazaki1) and Hiroshi Okada2)
|
|
Modelling and Material Design of SMA Polymer Composites
|
(
pp.984 - 993 )
|
Petr Šittner1), Véronique Michaud2) and Jan Schrooten3)
|
|
FEM Analysis of Asymmetrical Bending Test for Smart Materials Joints
|
(
pp.994 - 1000 )
|
Hisashi Serizawa1), Charles A. Lewinsohn2) and Hidekazu Murakawa1)
|
|
Deformation of Heterogeneous Adaptive Composite
|
(
pp.1001 - 1007 )
|
Julia Slutsker1) and Alexander L. Roytburd2)
|
|
[112] Oriented Terfenol-D Composites
|
(
pp.1008 - 1014 )
|
Geoffrey P. McKnight1) and Greg P. Carman1)
|
|
Design of a Parallel Robot Actuated by Shape Memory Alloy Wires
|
(
pp.1015 - 1022 )
|
Terenziano Raparelli1), Pierluigi Beomonte Zobel2) and Francesco Durante2)
|
|
Theory of Multilayer SMA Actuators
|
(
pp.1023 - 1029 )
|
A. L. Roytburd1) and J. Slutsker2)
|
|
3D Simulation of a Shape Memory Microactuator
|
(
pp.1030 - 1036 )
|
Manfred Kohl1) and Berthold Krevet1)
|
|
Shape-Memory Micropumps
|
(
pp.1037 - 1044 )
|
Yi-Chung Shu1)
|
|
In Vivo Result of Porous TiNi Shape Memory Alloy: Bone Response and Growth
|
(
pp.1045 - 1048 )
|
Seung-Baik Kang1), Kang-Sup Yoon1), Ji-Soon Kim2), Tae-Hyun Nam3) and Victor E. Gjunter4)
|
|
Fracture Treatment Using TiNi Shape Memory Alloy Bone Fixater (BRM-SH System)
|
(
pp.1049 - 1051 )
|
Seung-Baik Kang1), Kang-Sup Yoon1), Tae-Hyun Nam2), Ji-Soon Kim3) and Victor E. Gjunter4)
|
|
An SMA Artificial Anal Sphincter Actuated by Transcutaneous Energy Transmission Systems
|
(
pp.1052 - 1056 )
|
Yun Luo1), Toshiyuki Takagi1), Shintaro Amae2), Motoshi Wada2), Tomoyuki Yambe3), Takamichi Kamiyama2) and Hidetoshi Matsuki4)
|
|
Copper Nanoparticle Composites in Insulators by Negative Ion Implantation for Optical Application
|
(
pp.1057 - 1060 )
|
Yoshihiko Takeda1), Chi-Gyu Lee1), Vassili V. Bandourko1) and Naoki Kishimoto1)
|
|
Fabrication and Properties of a 4× 4 LiNbO3 Optical Matrix Switch
|
(
pp.1061 - 1064 )
|
Dae-Ho Yoon1), Woo-Seok Yang1), Je-Min Kim2), Hyung-Do Yoon2), Young-Seok Kwak3), Jin-Sang Park3) and Han-Young Lee2)
|
|
Characteristics of Thin-Film NTC Infrared Sensors
|
(
pp.1065 - 1068 )
|
Mina Yoo1) and Moonho Lee1)
|
|
Activated Carbon Sphere with Antibacterial Characteristics
|
(
pp.1069 - 1073 )
|
Osamu Yamamoto1), Jun Sawai1) and Tadashi Sasamoto1)
|
|
Pervaporation Membrane System for the Removal of Ammonia from Water
|
(
pp.1074 - 1077 )
|
Yasuhiko Hirabayashi1)
|
|
Phase Diagram and Superabundant Vacancy Formation in Cr-H Alloys
|
(
pp.1079 - 1084 )
|
Yuh Fukai1) and Masaki Mizutani1)
|
|
Hydrogen-Induced Amorphization in Ti-Al-Zr Compounds with D019, B2 and FCC Structures
|
(
pp.1085 - 1088 )
|
Yoshinobu Miyajima1), Kazuhiro Ishikawa1) and Kiyoshi Aoki1)
|
|
Pressure Dependence of Hydrogen-Induced Amorphization in C15 Laves Phase TbFe2
|
(
pp.1089 - 1094 )
|
Maimaiti Dilixiati1), Kazuyuki Kanda1), Kazuhiro Ishikawa1) and Kiyoshi Aoki1)
|
|
Hydrogenation and Dehydrogenation Behavior of LaNi5-xCox (x=0, 0.25, 2) Alloys Studied by Pressure Differential Scanning Calorimetry
|
(
pp.1095 - 1099 )
|
Kohta Asano1), Yoshihiro Yamazaki1) and Yoshiaki Iijima1)
|
|
Pressure-Composition-Temperature Properties of Hydriding Combustion-Synthesized Mg2NiH4
|
(
pp.1100 - 1104 )
|
Itoko Saita1), Liquan Li3), Katsushi Saito2) and Tomohiro Akiyama1)
|
|
Hydrogenation of MgNi2 by Atomic Hydrogen at Elevated Temperatures
|
(
pp.1105 - 1109 )
|
Yuji Hatano1) and Kuniaki Watanabe1)
|
|
Effect of Laves Phase on Hydrogen Behavior in V-Zr-Ti-Ni Hydrogen Absorption Alloys
|
(
pp.1110 - 1114 )
|
Hirofumi Homma1), Hideyuki Saitoh1), Toshihei Misawa1) and Toshiyuki Ohnishi2)
|
|
Cyclic Properties of Protium Absorption-Desorption in Ti-Cr-V Alloys
|
(
pp.1115 - 1119 )
|
Koji Shirasaki1), Takuya Tamura1), Takahiro Kuriiwa1), Takayuki Goto2), Atsunori Kamegawa1), Hitoshi Takamura1) and Masuo Okada1)
|
|
Protium Absorption Properties of Ti-Cr-V-Mn Alloys in Low Pressure Regions
|
(
pp.1120 - 1123 )
|
Takuya Tamura1), Masatoshi Hatakeyama1), Toshiki Ebinuma, Atsunori Kamegawa1), Hitoshi Takamura1) and Masuo Okada1)
|
|
Novel Magnesium-Manganese Hydrides Prepared by the Gigapascal High Pressure Technique
|
(
pp.1124 - 1126 )
|
Daisuke Kyoi1), Ewa Rönnebro2), Helen Blomqvist3), Jun Chen2), Naoyuki Kitamura2), Tetsuo Sakai2) and Hiroshi Nagai1)
|
|
Synthesis and Protium Absorbing Properties of Vapor Grown Carbon Nano-Fibers Grown by Fe-based Catalyst
|
(
pp.1127 - 1132 )
|
Hidehiro Kudo1), Ken Unno1), Atsunori Kamegawa1), Hitoshi Takamura1) and Masuo Okada1)
|
|
The Electrochemical Hydrogen Sorption Behaviour of Zr-Cu-Al-Ni Metallic Glasses
|
(
pp.1133 - 1137 )
|
Nahla Ismail1), Margitta Uhlemann1), Annett Gebert1), Jürgen Eckert1) and Ludwig Schultz1)
|
|
Hydrogen Implantation Effects on the Electrical and Optical Properties of Metal Nitride Thin Films
|
(
pp.1138 - 1141 )
|
Tsutomu Ishikawa1), Masataka Masuda1) and Yasunori Hayashi1)
|
|
Effects of Hydrogen Introduction on Electrical and Optical Properties of Cd-doped Ge Oxide and Zn Oxide Thin Films
|
(
pp.1142 - 1145 )
|
Makoto Arita1), Hirofumi Konishi1), Kouichi Matsuda1), Masataka Masuda1) and Yasunori Hayashi1)
|
|
Padding, Welding and Freeform Fabrication of Nickel Aluminide Intermetallic Compound by Reactive Rapid Prototyping Process
|
(
pp.1146 - 1152 )
|
Kiyotaka Matsuura1), Takayuki Koyanagi1), Masayuki Kudoh1), Jang Hwan Oh2), Soshu Kirihara2) and Yoshinari Miyamoto2)
|
|
Density of Ni-Cr Alloy in Liquid and Solid-Liquid Coexistence States
|
(
pp.1153 - 1160 )
|
Kusuhiro Mukai1) and Feng Xiao1)
|
|
Phase Equilibria and Thermal Stability of Pd-Cu-Ni-P Alloys
|
(
pp.1161 - 1165 )
|
Chaoli Ma1), Nobuyuki Nishiyama1) and Akihisa Inoue1)
|
|
Phase Relations and Activity of Antimony in Cu-Fe-S-Sb System at 1473 K
|
(
pp.1166 - 1172 )
|
Dexter G. Mendoza1), Mitsuhisa Hino1) and Kimio Itagaki1)
|
|
Effects of Al Addition on Structures and Protium Absorption-Desorption Properties of Ti-Cr Alloys
|
(
pp.1173 - 1177 )
|
Koji Shirasaki1), Takahiro Kuriiwa1), Takuya Tamura1), Atsunori Kamegawa1), Hitoshi Takamura1) and Masuo Okada1)
|
|
A Novel Process to Form Al-12 mass%Si Bulk Material from Machined Chips using Bulk Mechanical Alloying
|
(
pp.1178 - 1182 )
|
Tachai Luangvaranunt1), Katsuyoshi Kondoh1) and Tatsuhiko Aizawa1)
|
|
Microstructural Study on Dynamic Recrystallization and Texture Formation in Pure Nickel
|
(
pp.1183 - 1190 )
|
Makoto Hasegawa1) and Hiroshi Fukutomi1)
|
|
Development of New Foaming Agent for Metal Foam
|
(
pp.1191 - 1196 )
|
Takashi Nakamura1), Svyatoslav V. Gnyloskurenko1), Kazuhiro Sakamoto1), Aleksandra V. Byakova2) and Ryoichi Ishikawa3)
|
|
Preparation of WC-WB-W2B Composites from B4C-W-WC Powders and their Mechanical Properties
|
(
pp.1197 - 1201 )
|
Shigeaki Sugiyama1) and Hitoshi Taimatsu2)
|
|
Giant Magnetic Entropy Change in Hydrogenated La(Fe0.88Si0.12)13Hy Compounds
|
(
pp.1202 - 1204 )
|
Asaya Fujita1), Shun Fujieda1), Kazuaki Fukamichi1), Yoshihiro Yamazaki1) and Yoshiaki Iijima1)
|
|
Calculation of Supercooled Liquid Range and Estimation of Glass-Forming Ability of Metallic Glasses using the Vogel-Fulcher-Tammann Equation
|
(
pp.1205 - 1213 )
|
Akira Takeuchi1) and Akihisa Inoue1)
|
|
Formation of Cerium-Filled Skutterudite Thermoelectric Materials Sintered from Gas-Atomized Powder
|
(
pp.1214 - 1219 )
|
Hiroyuki Tanahashi1), Yoriko Ohta1), Hiroshi Uchida1), Yoshio Itsumi2), Akio Kasama1) and Kakuei Matsubara3)
|
|
Corrosion Fatigue of Refractory Materials in Boiling Nitric Acid
|
(
pp.1220 - 1224 )
|
Takafumi Motooka1) and Kiyoshi Kiuchi1)
|
|
Interface Formation and Phase Distribution Induced by Co/SiC Solid State Reactions
|
(
pp.1225 - 1229 )
|
Chang Sung Lim1), Jung Soo Ha2), Jung Ho Ryu3), Keun Ho Auh3), In-Tae Bae4), Manabu Ishimaru5) and Yoshihiko Hirotsu5)
|
|
Formation and Soft Magnetic Properties of Co-Fe-Si-B-Nb Bulk Glassy Alloys
|
(
pp.1230 - 1234 )
|
Akihisa Inoue1) and Baolong Shen1)
|
|
Bulk Glassy Fe-Ga-P-C-B-Si Alloys with High Glass-Forming Ability, High Saturation Magnetization and Good Soft Magnetic Properties
|
(
pp.1235 - 1239 )
|
Baolong Shen1) and Akihisa Inoue1)
|
|
Microstructural Changes of the As-Quenched Zn-22 mass%Al-2 mass%Cu Alloy during Cold Rolling
|
(
pp.1240 - 1242 )
|
Héctor Javier Dorantes-Rosales1), Diego Israel Rivas-López1), Felipe Hernández-Santiago1), Maribel Leticia Saucedo-Muñoz1) and Víctor Manuel López-Hirata1)
|
|
Glass Forming Ability and Crystallization Behavior in Amorphous Ti50Cu32-xNi15Sn3Bex (x=0, 1, 3, 7) Alloys
|
(
pp.1243 - 1246 )
|
Yu-Chan Kim1), Won Tae Kim2) and Do-Hyang Kim1)
|
|
Nucleation and Growth Behavior of Undercooled Pd42.5Cu30Ni7.5P20 Melt
|
(
pp.1247 - 1249 )
|
Nobuyuki Nishiyama1) and Akihisa Inoue1)2)
|
|
Formation and Mechanical Strength of Bulk Glassy Alloys in Zr-Al-Co-Cu System
|
(
pp.1250 - 1253 )
|
Tao Zhang1) and Akihisa Inoue1)
|
|
Nanogranular GMR Ag72Co28 Thin Films for Rotating Angle Sensor at High Temperatures
|
(
pp.1254 - 1257 )
|
Hideki Takeda1), Asaya Fujita2) and Kazuaki Fukamichi2)
|
|
Mass Loss of Cr2O3 during Exposure to Steam at 923 K and Its Suppression by Sulfur Doping
|
(
pp.1258 - 1259 )
|
Yoshinori Murata1), Masahiko Morinaga1), Nobuaki Inagaki1) and Masaaki Nakai1)
|
|