Tokyo University of Science · Faculty of Advanced Engineering · 教授

Research keywordsthermoelectric materials・alpha-SrSi2・Mg2Si・first-principles calculations・doping strategies・band gap engineering・narrow-gap semiconductors・thermoelectric performance

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• Investigation of group 13 elements as potential candidates for p-type dopants in the narrow-gap thermoelectric semiconductor α-SrSi22024 · journal of material science
• Study on the possibility of band gap widening of thermoelectric semiconductor α-SrSi2 by isoelectronic elements incorporation2024 · Computational Condensed Matter
• First-principles study of the structural and thermoelectric properties of Y-doped α-SrSi22022 · JAPANESE JOURNAL OF APPLIED PHYSICS
• First-principles study of the effects of native defects on the thermoelectric properties of narrow-gap semiconducting α-SrSi2 using the hybrid functional method2022 · PHYSICA B-CONDENSED MATTER

• ありふれた元素で構成され低温度域(100~300℃)で動作する熱電池の開発2023
• 電子冷却式温調デバイス開発に向けたシリサイド材料の物性解明と要素技術開発2022
• 電子相転移に基づく熱キャパシタ材料の創製と高効率熱電発電システムの実現2020
• 高出力化した環境低負荷型熱電池を車載化するためのブレークスルー要素技術開発2019

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