Doctor (Science)

Inorganic Chemistry, Analytical Chemistry

Research :
1) Study on Silsesquioxanes ;
Syntheses of metal complexes with silsesquioxanes are examined.
2) Study on Chemistry of Rare Earth Elements ;
Effects of ligands on the properties of rare earth elements and the stabilizations of divalent and tetravalent rare earths are examined.
3) Study related to 1) and 2) ;
Study on ESR of transition metal complexes and rare earth metal complexes are examined.

Education :
KIKAN Education ; Lecture of Elementary Inorganic Chemistry and Basic Laboratory Experiments in Natural Science (Chemistry).
Specialized Courses (Department of Chemistry, School of Science) ; Lecture of Experiments of Inorganic Chemistry.

Research Interests

• Study on Silsesquioxanes
  keyword : silsesquioxane, cage structure,
  1987.04Atomic hydrogen encapsulated in the double four-ring (D4R) cage of trimethylsilylated silsesquioxane [(CH3)3SiO]8(SiO1.5)8, Q8M8 was influenced by paramagnetic oxygen molecules outside the D4R cage and the ESR parameters and saturation behavior were changed. In this study, the interaction between the atomic hydrogen encapsulated in the D4R cage of some silsesquioxanes and rare earth(III) ion or d-transition metal ion was confirmed by ESR in solution under nitrogen or vacuum. The interaction between the framework of the silsesquioxanes and their metal ions was also investigated..
• Study on Chemistry of Rare Earth Elements
  keyword : rare earth element, heteropoly anion, redox behavior, stabilization, crown ether
  1983.04.
• Study on Concentration of Trace Elements
  keyword : gold, adsorption, reduction, metal oxide, manganese nodule
  2000.10～2017.03Geochemistry of the trace element in a heat-of-the-earth system.

Academic Activities Membership in Academic Society

• The Chemical Society of Japan
• The Rare Earth Society of Japan

Educational Activities

Professional and Outreach Activities