Stainless Steel Controlled with GBE and Nb-Al Compound Material Processed with Mechanical Alloying & SPS Methods(Synergy by Rapid Heating and Cooling)
スポンサーリンク
概要
- 論文の詳細を見る
Development of intelligent materials with characteristics resistant to radiation damage and beam impact has been made by applying the grain boundary engineering (GBE) and composite techniques of mechanical alloying and the spark plasma sintering (SPS) method. The former GBE controlled stainless steel was verified to be high resistant to corrosion. The latter intermetalic-free Nb and Al compound material has an intelligence to avoid a small-crack propagation.
- 一般社団法人日本機械学会の論文
- 2006-09-19
著者
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Futakawa M.
Japan Atomic Energy Agency
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Kawai M.
KEK
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Kokawa H.
Tohoku University
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Kawasaki A.
Tohoku University
関連論文
- Material surface improvement for mercury target of spallation neutron source in J-PARC(Synergy by Rapid Heating and Cooling)
- CSW-05: Evaluation of Mechanical Properties and Microstructure in Ion-Irradiated Surface Layer(CSW-I: COATING, SURFACE MODIFICATION AND WEAR)
- IMP-02: Micro-impact Damage Caused by Mercury Bubble Collapse(IMP-I: IMPACT BEHAVIOR OF MATERIALS AND STRUCTURESG)
- Stainless Steel Controlled with GBE and Nb-Al Compound Material Processed with Mechanical Alloying & SPS Methods(Synergy by Rapid Heating and Cooling)
- CSW-12: Laser Surface Alloying of SUS316 Stainless Steel with Al-Si : Effect of Substrate Temperature on Structure and Properties of Modified Layer(CSW-III: COATING, SURFACE MODIFICATION AND WEAR)