Development of Advanced Materials
Modern ceramics processing is related to nano-dimensions. One of the processing method is the sol-gel process. In the slurry complicated interactions between charged particles, polarized molecules and ions occur. Also, due to the relaxation of the atoms, the free energy is different, which means taht the pahse diagrams have to be revised. Further knowledge is necessary in order to improve the final ceramic.
Inter-nano-composite: Alumina-Magnesia-particles
The atomic structure of
Interfaces has strong influence on properties of
materials.
The Molecular Dynamic Method can principally predict most
properties of materials and, hence is an important tool for
development of advanced materials.
Intra-nano-composite material: Zirconia embedded in Magnesia
研究プロジェクト(現在考えて)
『分子動力学法による傾斜機能材料の破壊靭性と原子構造の解析』
『電子構造計算』
研究プロジェクト(終わり)
『高分解能その場動的観察による金の捻り粒界の解析』
『アルミナ・クロムとアルミナ・鉄との界面構造の解析』
『鉄鋼のフェライト界面の炭素の電子顕微鏡を使った化学分析』
『高分解能電子顕微鏡による疲労アルミニウム合金の粒界結合の解析』
『ポリマーと銅の化合物の界面の微構造解析』
『双晶面の KLiSO4の界面構造の解析』
Finished Research projects concerning the TEM-technique
Ice layer formation on EDS-Detectors
Preparation of intermetallic phases
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