Energy Storage Materials Engineering Lab
Research
Efficient energy storage and conversion technologies are essential to realize a sustainable society. From the viewpoint of materials science, our laboratory is conducting research and development of innovative rechargeable batteries and highly efficient electrochemical processes. Our goal is to contribute to the realization of a truly affluent society and to knowledge by exploring the essence behind phenomena.
Publications
Our laboratory was established at Institute of Industrial Science, The University of Tokyo in April 2016. The achievements of our research are published in the form of academic papers, books, and patents etc.
People
We continue to take on challenges as a team with the strengths of each member. We look forward to the day when we can research and grow with you.
News
Wiley presented Assoc. Prof. Yagi with a certificate of recognition for his contribution to peer review in 2022 (Advanced Materials, Advanced Energy Materials, Advanced Functional Materials, Small).
The 16th Workshop on Reactive Metal Processing (RMW16) was held at MIT, USA.
Researchers at the forefront of the resources and energy field gathered from around the world for a lively discussion at MIT, USA, on March 24-25, 2023. Assoc. Prof. Yagi gave an oral presentation and our M1 student Mr. Oda gave a poster presentation.
The American Chemical Society presented Assoc. Prof. Yagi with a certificate of recognition for his contribution to peer review in 2022.
“Special Study Group on Corrosion and Lifetime of Materials” Web site opened.
The website of “Special Research Group on Corrosion and Lifetime of Materials” led by Assoc. Prof. Yagi is now open. Photo Gallery related to corrosion and corrosion protection is now available.
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An academic paper by our student Mr. Wang Wencong et al. on oxygen reduction catalysts has been accepted for publication in Journal of Alloys and Compounds.
Perovskite-type oxides (LaMn)1-xO3 with non-stoichiometric compositions of varying cationic vacancies were synthesized to investigate the effect of Mn-O bond length on the catalytic activity for oxygen reduction, and a mechanism was proposed.
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