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[Research Highlights Vol. 92]MANA Scientists Employ Active Machine Learning to Enhance Thermoelectric Performance of Materials
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[Research Highlights Vol. 91]MANA Develops Ferroelectric-ferromagnetic Materials for Next-generation Electronics
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[Research Highlights Vol. 89]Powering the Future Night and Day: MANA Develops Cutting-Edge Thermoelectric Generator
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[Research Highlights Vol. 90]From Bottleneck to Breakthrough: MANA Achieves New Computing Paradigm with Reconfigurable Logic Circuits
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原型炉概念設計における超伝導コイル設計検討の進捗
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Design and development of permanent magnets; how to solve rare-earth criticality while considering new demands?
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Effect of nanostructure on the core loss of soft magnetic materials
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Nb3Sn層形成および超電導特性に与えるTi添加場所の影響
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Nb3Sn 層形成および超電導特性に与える Zn および Mg 添加効果
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High Performance Permanent Magnets; How to solve element criticality while considering new demands?
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Data-driven approaches for designing thermal insulating materials
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Bayesian optimization, an active learning method for optimising experimental parameters
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原型炉概念設計における原型炉TFコイル寸法検討会の状況
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Effect of Zn addition on Nb3Sn layer formation in the Nb/Cu-Sn-Ti diffusion reaction
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Nb3Sn wire fabrication using rod-in-tube method with a diffusion couple of Nb and Sn alloy with co-addition of Cu and Zn
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Cu・Zn共添加Sn合金芯の作製とそれを用いたNb3Sn層形成
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Nb3Sn層形成を促進するTi添加場所に関する検討
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Nb/Sn-Cu-Ti拡散反応においてZnおよびMg添加がNb3Sn層形成に与える影響
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Achievement of 120 W at 80 K by Synchronous Operation of Two Single-Stage G-M Cold Heads Driven by a 2 W Class Compressor
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機械学習を活用したエネルギー薄膜材料開発
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