Research topics (JP) の変更点

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Research topics (JP) へ行く。
Research topics (JP) の差分を削除
*研究テーマ [#t8f41721]
**[[High Entropy Alloys]] [#jcbaa75f]
-[[Irradiation damage in High Entropy Alloys]]
-[[Solidification structure in High Entropy Alloys]]
*研究テーマ [#xb4fd539]
**ハイエントロピー合金 [#je280903]
-[[ハイエントロピー合金の照射損傷]]
-[[ハイエントロピー合金の凝固組織]]


**[[Material modification by electron irradiation - electronic excitation]] [#l0a551d2]
-[[Synthesis of silicides at metal/SiOx interface]]
-[[Formation of metallic amorphous at metal/SiOx interface]]
**照射誘起相転移と組織制御 - 高速電子照射とはじき出し効果 [#c8c147d8]
-[[高圧電子顕微鏡法]]
--[[原子はじき出し断面積:http://www7.plala.or.jp/tnagase/research-01-E.htm]]
-[[照射誘起アモルファス化 (高速電子照射)>Solid state amorphization (JP)]]
--[[データベース>Database, Solid state amorphization (JP)]]
--[[結晶-アモルファス-結晶相転移>Crystal-to-Amorphous-to-Crystal (C-A-C) transition (JP)]]
--[[固相アモルファス化とマルテンサイト変態の関連性>Relationship between SSA and Martensite transformation (JP)]]
-[[照射誘起結晶化 (高速電子照射)>Crystallization (JP)]]
--[[データベース>Database, Crystallization (JP)]]
--[[結晶-アモルファス-結晶相転移>Crystal-to-Amorphous-to-Crystal (C-A-C) transition (JP)]]
--[[アモルファスの照射損傷 - 自由体積 と アンチ自由体積>Defects in an amorphous phase - Free volume like defects and Anti Free like defects (JP)]]
--[[ピンポイントナノ結晶化>Pinpoint nanocrystallization of an amorphous phase (JP)]]


**[[Material modification by fast electron irradiation - electron knock-on]] [#g98aa3cf]
-[[High Voltage Electron Microscopy]]
--[[Database, Cross section for atomic displacement>Cross section for atomic displacement]]
-[[Solid state amorphization (electron irradiation)>Solid state amorphization]] 
--[[Database>Database, Solid state amorphization]]
--[[Crystal-to-Amorphous-to-Crystal (C-A-C) transition]]
--[[Relationship between SSA and Martensite transformation]]
~
-[[Crystallization (electron irradiation)>Crystallization]]
--[[Database>Database, Crystallization]]
--[[Crystal-to-Amorphous-to-Crystal (C-A-C) transition]]
--[[Defects in an amorphous phase - Free volume like defects and Anti Free like defects]]
--[[Pinpoint nanocrystallization of an amorphous phase]]
**照射誘起相転移と組織制御 - 低速電子照射と電子励起 [#e9e6bb38]
-[[金属/シリコン酸化物界面におけるシリサイド形成>Synthesis of silicides at metal/SiOx interface (JP)]]
-[[金属/シリコン酸化物界面におけるアモルファス形成>Formation of metallic amorphous at metal/SiOx interface (JP)]]

**凝固と鋳造 [#v1f15551]
-[[液体分離>Liquid phase separation (JP)]]
--[[多段液体分離>Liquid phase separation (JP)]]
--[[ナノスケール相分離組織>Nano-scale phase separated structure (JP)]]
--[[マクロ相分離リボン>Macroscopically phase separated melt-spun ribbon (JP)]]
--[[マクロ相分離ワイヤー>Macroscopically phase separated wire (JP)]]
-[[アモルファスワイヤーと急速凝固合金ワイヤー>Amorphous wire and rapidly solidified alloy wire (JP)]]
--[[アモルファスワイヤー>Amorphous wire and rapidly solidified alloy wire (JP)]]
--[[マクロ相分離ワイヤー>Macroscopically phase separated wire (JP)]]
--[[生体用チタン合金ワイヤー>Ti-based wire for for biomedical application (JP)]]

**[[Casting and solidification]] [#t5902018]
-[[Liquid phase separation]]
--[[Multi-step liquid phase separation>Liquid phase separation]]
--[[Nano-scale phase separated structure]]
--[[Macroscopically phase separated melt-spun ribbon]]
--[[Macroscopically phase separated wire]]
~
-[[Amorphous wire and rapidly solidified alloy wire]]
--[[Amorphous wire>Amorphous wire and rapidly solidified alloy wire]]
--[[Macroscopically phase separated wire]]
--[[Ti-based wire for for biomedical application]]