Interfacial Reaction between Ti-Al Binary Alloys and High Carbon Steel
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概要
- 論文の詳細を見る
- Japan Institute of Metalsの論文
- 2007-06-01
著者
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NISHIDA Minoru
Department of Materials Science and Engineering, Faculty of Engineering, Kumamoto University
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西田 稔
熊本大 工
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西田 稔
九州大学大学院総合理工学研究院融合創造理工学部門
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西田 稔
熊本大
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Nishida Minoru
Dep. Of Applied Sci. For Electronics And Materials Kyushu Univ.
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Nishida Minoru
Department Of Applied Science For Electronics And Materials Kyushu University
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MORIZONO Yasuhiro
Department of Materials Science, Kumamoto University
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YAMAMURO Takateru
Technical Division, Faculty of Engineering, Kumamoto University
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Yamamuro Takateru
Technical Division Faculty Of Engineering Kumamoto University
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Morizono Y
Department Of Materials Science And Engineering Graduate School Of Science And Technology Kumamoto U
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Morizono Yasuhiro
Department Of Materials Science And Engineering Graduate School Of Science And Technology Kumamoto U
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Nishida Minoru
Department Of Applied Chemistry Faculty Of Science Science University Of Tokyo Kagurazaka
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- Thermal Stability and Mechanical Properties of Glassy and Amorphous Ni-Nb-Zr Alloys Produced by Rapid Solidification
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- Diffusion Bonding of TiAl Alloy to Eutectoid Steel and its Interfacial Self-destruction Behavior
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- Effect of Aging on Martensitic Transformation in Ti-Rich Ti-Pd Shape Memory Alloy
- Ti - Al合金/鋼接合体の界面組織と接合強度
- Microstructure Dependence of Compactibility of Rapidly Solidified Ti-Rich TiAl Alloy Powders Produced by Plasma Rotating Electrode Process
- Asymmetric Allylation of Carbonyl Compounds with Tartrate-Modified Chiral Allylic Tin Reagents
- Asymmetric Allylation of Aromatic Aldehydes Using Chiral Allylic Tin Reagents
- 形状記憶合金の基礎と応用
- 水中火花放電法により得られたAl粉末を原料にするAlNウィスカーの合成とその形態
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- 水中衝撃圧力によるSiCウイスカー強化窒化ケイ素複合材の作製と二,三の性質
- 水圧力媒体を用いた助剤無添加窒化ケイ素粉末の爆発衝撃固化
- 爆発圧接法による金属基積層複合材料の製造条件
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- A Remark on High Energy Phenomena
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- Interfacial Reaction between Ti-Al Binary Alloys and High Carbon Steel
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- Catalytic Stereoselective Synthesis of Pyrimidine 2-Deoxyribonucleosides
- Oxidation-resistant Film for Negative Active Materials of Lead-Acid Batteries Generated by Co-adsorption of Ascorbic Acid and Boric Acid
- PREFACE
- Martensitic Transformation in Ti-Rich Ti-Pd Shape Memory Alloys
- Evolution of Massive Stars. II : Helium-Burning Stage
- Crystallography and Morphology of Antiphase Boundary-Like Structure Induced by Martensitic Transformation in Ti-Pd Shape Memory Alloy
- Electron Microscopy Study of Eutectic Structure in Nb-Ti-X and Nb-Zr-X (X = Co, Ni) Hydrogen Permeation Alloys
- Internal Defects of B19' Martensite via R-Phase in Ti-Ni-Fe and Thermally Cycled Ti-Ni Alloys
- Shape Memory Properties of Biomedical Ti-Mo-Ag and Ti-Mo-Sn Alloys
- Effects of Sn Content and Aging Conditions on Superelasticity in Biomedical Ti-Mo-Sn Alloys
- Shape Memory and Mechanical Properties of Biomedical Ti-Sc-Mo Alloys
- Effect of Co-adsorption of Ascorbic Acid and Boric Acid Compared to Absorption of Each Single Component on Long-term Oxidation-resistivity for the Negative Active Materials of Lead-acid Batteries
- The Catalysis of Nuclear Fusion Reactions by μ^--Mesons
- Evolution of a Star with Intermediate Mass after Hydrogen Burning
- Evolution of Population II Stars in the Helium-Burning Phase
- Formation of Light Nuclei in the Expanding Universe
- Morphology and Crystallography of Martensite Plate with Long Period Stacking Structure in Ti-Pd Shape Memory Alloy
- Synthesis of Iron Group Elements by the Rapid Nuclear Process
- On the Counts of the Quasi-Stellar Radio Sources
- Solid- and Liquid-Solid Reactions in Aluminum-Coated Titanium Substrate Fabricated by Using Explosive Energy
- Transmission Electron Microscopy of Twins in 10M Martensite in Ni-Mn-Ga Ferromagnetic Shape Memory Alloy
- 形状記憶合金:Ti-Ni合金の最近の応用
- Effect of Co-adsorption of Ascorbic Acid and Boric Acid Compared to Absorption of Each Single Component on Long-term Oxidationresistivity for the Negative Active Materials of Lead-acid Batteries
- Ti-NiおよびTi-Pd形状記憶合金のマルテンサイトにおける第II種双晶の界面構造
- Ti基急冷凝固合金粉末の透過電子顕微鏡試料作製法
- 形状記憶合金を利用した岩石破砕器の開発
- Surface Hardening of Titanium by Using a Simplified Carbon and Nitrogen Diffusion Technique with Steel and Carbon Powders