Heat and Flow Phenomena in Thin Porous Materials: Design & Visualization Techniques 薄い多孔質材料中の熱・流れ現象: 材料設計と可視化技術
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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
Heat and Flow Phenomena in Thin Porous Materials: Design & Visualization Techniques 薄い多孔質材料中の熱・流れ現象: 材料設計と可視化技術
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藤原 拓 教授(京都大学 大学院地球環境学堂 地球益学廊 水環境保全論分野)
Prof. Fujiwara Taku (Kyoto Univ.)
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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分散型排水処理技術の高機能化や、それに基づいた水の再利用、栄養塩回収といった最新技術について
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Organic carbon determines nitrous oxide consumption activity of clade I and II nosZ bacteria: Genomic and biokinetic insights. Water Research (2022)
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Magnetohydrodynamic (MHD) bubbly jetとは、電磁流体力学(MHD)に基づく多相流体の一種です。
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「有機物除去・アンモニア回収を目指した微好気性グラニュール法の開発」
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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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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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Example of a Project-type class for 1st year students (Basic Applied Physics and Chemical Engineering: Project Exercise) Food Circulation and its Material Flow (case study)
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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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