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私の研究はこんな感じです
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My research mainly focuses on the design of alloy compositions and microstructure of high entropy alloys.The interplays between alloy composition
andmicrostructure are studied to promote mechanical properties.A quantum beam technique with neutron scattering is employed to investigate the microstructure of the alloys.
- イベント参加者からのコメント生体と親和性のよい性質を持つと期待する合金です。人工関節、インプラント材の性能向上に応用ください
- イベント参加者からのコメント手術用器具、人口の骨などに利用できますか
- 研究者からの返信コメントCurrently, one of our developed alloys is being developed for implant. We are now investigating the biocompatibility of new alloy composition. In meantime, for using as implant, the elastic modulus of the metallic implant is big challenge to deal with. In our current project, we are studying a control of the microstructure for reducing the elastic modulus.
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こんなコラボできたら嬉しい
- The commercial uses of high entropy alloys are currently limited as a result of recent discovery. Therefore, I would like to promote the application of the high entropy alloys in structural applications and bio-medical applications (metallic implant). If you have any idea for possible application, please suggest me.
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私、こんなことができます
- My area of expertise is “metallic materials” in an aspect of microstructure characterization and alloy design. I can support a writing of scientific papers.
- イベント参加者からのコメントIn addition to microstructures can electronic states contribute to the mechanical properties?
- 研究者からの返信コメントI think so. In my opinion, it should relate to the chemical composition. However, I don't have much knowledge about electronic states. We can have a discussion, if possible.
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