Laboratory of Integrated Function Materials
Professor S. Watanabe
Assoc. Prof. N. Sakaguchi
Our study aims at a contribution to efficient use of various energy resources. R & D of material devises with high energy conversion rate has been carried out on semiconductors and ceramics. Correlation among the atomic structure, the electronic structure and the property of material interfaces has been studied.
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Laboratory of Quantum Energy Conversion Materials
Professor S. Watanabe
Assoc. Prof. T. Shibayama
Assis. Prof. S. Yatsu
The main research objective of our laboratory is R&D of innovative materials for severe environments, such as heavily corrosive conditions and very high temperature, for the development of advanced atomic energy plant or highly efficient energy conversion system.
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Laboratory of High-Temperature Materials
Professor K. Kurokawa
Assis. Prof. H. Yamauchi
Guest Professor S. Taniguchi
In advanced high-efficiency energy conversion systems, development of new high-temperature materials possessing high oxidation resistance is required.In this laboratory, research on physical chemistry of advanced materials is mainly performed.
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Laboratory of Energy Media
Professor T. Akiyama
Assist. Prof. N. Okinaka
The mission of this laboratory is to produce innovative materials for dense storage, transportation and efficient conversion of energy from the viewpoints of cascade utilization and process integration.
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Laboratory of Chemical Energy Conversion Systems
Assoc. Prof. N. Tsubouchi
Assist. Prof. H. Kumagai
The mission of this laboratory is to study the Conversions of Hydrocarbon Resources such as Biomass and Coal by Pyrolysis, Coking, Steam Reforming, Partial Oxidation, and Combustion.
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High-Voltage Electron Microscope Laboratory
Professor S. Watanabe
Multi-Beam HVEM at Hokkaido University is eligible for Radiation Effect Study & In-Situ Experiment with multi-beams by two ion accelerators and a 1.3-MV HVEM.
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