Design and Control of Joint Interface Area
To respond to technological demands for development of future society, mission of our lab is to aim at advancement in materials design and processing, baring in mind the nano-meter length scale structural/interface control at affordable MEGA-scale production. In particular, making the best of and advancing the knowledge “Plasma Materials Engineering”, we challenge to propose novel materials/processing that attain both high quality and low-cost, multi-functionality and low environmental load simultaneously. Current research targets include; control of plasma spray co-condensation for nano-composite materials production for next-generation all-solid state lithium-ion batteries, design of multi-functional interface and development of low-temperature nanoparticle-assisted sinter-joint for wide-bandgap power device, development of dissimilar material joints to proceed “multi-material” technologies.
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