Hydrogen Material Lab の変更点 - 琉球大学理学部物理系 Wiki

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&size(22){Tomozo Tomoyose};
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&size(18){Professor};

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D.Sc., Niigata University (1992)

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Superionic conductors and protonic  conductors

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Superionic and protonic conductors, in which electrons and ions are correlated in diffusion process,  have lately attracted our attention as good electrolyte materials for  the fuel cell. Our research approaches are based on the analytical and numerical calculation for the mechanism of superionic conduction and protonic conduction in solids, especially  the relation between  electronic and protonic transfer in the chemical bonds.  We have studied the electronic structure of  novel metal halides and the protonic conduction of peroveskite-type oxides by using the DV-Xa method and small poralon models, respectively.  Our fundamental researches are tried to  apply  to the proton transfer in   photo-chemical reaction  from the viewpoint of  environmental problems.   
Superionic and protonic conductors, in which electrons and ions are correlated in diffusion process,  have lately attracted our attention as good electrolyte materials for  the fuel cell. Our research approaches are based on the analytical and numerical calculation for the mechanism of superionic conduction and protonic conduction in solids, especially  the relation between  electronic and protonic transfer in the chemical bonds.  We have studied the electronic structure of  novel metal halides and the protonic conduction of perovskite-type oxides by using the DV-Xa method and small poralon models, respectively.  Our fundamental researches are tried to  apply  to the proton transfer in   photo-chemical reaction  from the viewpoint of  environmental problems.   


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Personal page
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Office: Kyoutsu bldg. 515 


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e-mail: tomoyose_at_phys.u-ryukyu.ac.jp 
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