Information & Topics
Information
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RESEARCHHigh speed, large-area deposition nanofilm production possible with new technique
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RESEARCH窒化ガリウムへの原子層マグネシウム挿入による 超格子形成を初観測
~半導体材料に二次元金属が挿入された初例、電子デバイスの性能向上に寄与~ -
NewsIntroduction of new faculty 2024.1.1-2024.6.30
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RESEARCHNGK, Nagoya University, and Aixtal Jointly Develop
AI-Based High-Precision Analysis Method for Ceramic Products
-Time Required to Analyze Product Characteristics Reduced to One-Tenth- -
RESEARCHA strikingly natural coincidence: Heating gallium nitride and magnesium forms a superlattice with implications for semiconductor doping and electronic devices
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News“IMaSS pamphlet 2024” is published.
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RESEARCH簡便な計測に基づく新しいトモグラフィ手法を開発
~核融合発電における装置壁の熱負荷軽減などに貢献~ -
News[Featuring Science and Technology, IMaSS Future Map]
The time for analysis is cut to one-twentieth!? It is time-saving with spectral super-resolution! -
News“IMaSS NEWS Vol.16” is published.
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EventDate
2024/03/20
Event特別講演会「安心・安全な暮らしに貢献するGaN(窒化ガリウム)」のご案内 (青色LED基金主催)
※終了しました。 -
RESEARCH誘電体メタ表面のナノ領域で発生する光が
結晶のキラリティ制御に有効であることを実証 -
NewsIntroduction of new faculty 2023.7.1-2023.12.31


