Advanced Polymer-Based Separation Membranes with Tailored Barrier and Surface Properties. Dr. Mathias Ulbricht – デュースブルク・エッセン大学(ドイツ)
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化学物理工学科 Applied Physics & Chemical Engineering
国立大学法人東京農工大学 TUAT Tokyo University of Agriculture & Technology
低環境負荷・高効率生産システム
Advanced Polymer-Based Separation Membranes with Tailored Barrier and Surface Properties. Dr. Mathias Ulbricht – デュースブルク・エッセン大学(ドイツ)
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2023/7/11(火)13:10-14:20 小金井キャンパス 4 号館 3 階 336 室 13:15-14:30 「Control With Limited Process Information」 プロセス情報の制限での制御 Dr. Yuri A.W. Shardt, Professor,
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2023/7/7 (Friday) 13:00-14:30 Room: L1111 “Understanding Fundamentals of Biomass Thermochemical Processing: Importance of Chemical Phenomena and Innovative Reactors Design” by
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ナノ反応場を活用する中分子の液相化学合成に関する研究 Research on liquid-phase chemical synthesis of medium-sized molecules using nano-reaction fields.
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There have been no studies on how substances that dissolve in water affect the evaporation of water from narrow gaps between particles. 水に溶けている物質が、粒子間の狭い隙間から水が蒸発する際にどの程度影響するのかについては検討例がありませんでした。
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Recover ammonia and go green! Energy resources through the use of alternative bedding materials
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88th Annual Meeting of the Society of Chemical Engineers (Koganei) 30 presentations from TUAT
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Reversal of effects from gel production in a reacting flow dependent on gel strength, Physical Review Fluids, 7, 023201 (2022)
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International contributions in academia, industry, human resource development, and multidisciplinary collaboration with fluidized bed engineering at the core. 流動層工学を核とした学術・産業・人材育成・多分野連携での国際的貢献
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池田亀三郎記念賞 Society of Chemical Engineers of Japan Award. 微粒子,ナノ粒子の界面構造設計による粒子間相互作用の制御 Controlling particle-particle interactions by designing the interfacial structure of fine particles and nanoparticles.
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Mother Liquor Removal Strategy for Production of High-Purity Crystalline Particles. 高純度結晶性微粒子製造のための母液除去戦略
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大寳 茂樹 Shigeki Ootakara
化学プロセスにおけるPID制御装置のPIDパラメータ最適設計に関する研究 Study on the optimal design of PID parameters for PID controllers in chemical processes