これらの先進的な研究成果は，今後の粉体工学の発展に寄与するところが多大であると考えられ，粉体工学会 APT 賞（APT Distinguished Paper Award）に値すると判断した。These pioneering research results are considered to greatly contribute to the future development of particle technology and were deemed worthy of the APT Award (APT Distinguished Paper Award) from the Society of Powder Technology, Japan.”
Tag: award2
煤と高分子を空中融合 Airborne Fusion of Soot and Polymers
FlameSpin AeroFusion: ろうそくの煤が拓く太陽光蒸留技術 Candle-Soot-Powered Membranes for Solar Distillation
A battery-driven sampler for PM1.0. 乾電池駆動型1μm以下の空気中粒子の捕集器 (Paper Award)
BEST PAPER AWARD, 2nd International Conference on Purity, Utility Reaction and Environmental Research, Kuala Lumpur. “Development of a battery-driven passive sampling system for electrostatically trapping atmospheric particles”
植物の気孔から学ぶ粒子挿入技術 / Particle Infiltration Method Inspired by Stomata
植物葉の気孔が微小粒子を通さない理由を解明 We have solved a long‑standing question in plant biology
Portable sensor system to detect pesticide residues 携帯型残留農薬検出システム Iinoya Award (JAAST)
“Development of a portable sensor system based on aerosol particles to detect pesticide residues”
エアロゾル粒子センサーを用いた携帯型残留農薬検出システムの開発
A plant-growth chamber system: Exposure to aerosol particles, 粒子発生装置付き植物育成システム (Award/受賞)
2010/10: Best Poster Paper Award: “A plant-growth chamber system for the exposure to submicron aerosol particles”, 13th Asia Pacific Confederation of Chemical Engineering Congress(Category: Clean Energy Systems and The Environment)農工融合研究の成果：粒子発生装置付き植物育成システムの開発、第13回アジア太平洋地域化学工学会連合会議（台北市）クリーンエネルギーと環境部門の最優秀ポスター論文賞 Further research
"Particles & Transfer" Lab. 微粒子・移動現象 