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"Particles & Transfer" Lab. 微粒子・移動現象

A Lab for Environment‑Conscious Processes and Student Learning. 環境配慮型プロセスと学びを重視する研究室

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Tag: 202608

大気汚染すすが発芽に効く?Can Air-Pollution Soot Help Seeds Germinate?

ろうそく燃焼由来の煤(スス)微粒子が植物成長促進剤として新たな可能性。A new potential use of soot colloids – derived from the combustion of a candle – as plant growth-promoting agents

大きな粒子は植物に入る?Can Large Particles Enter Plants?

茎から導入する新しい方法 A new route through the stem 農業やバイオテクノロジー分野へ For plant biotechnology, agricultural enhancement, and disease prevention.

繭を使わない絹づくりA Cocoon-Free Way to Make Silk

Extracting silk from silkworms without cocoon. カイコの繭を経ずに絹を抽出する新手法。Patent 特許出願: a Start-up & TUAT(スタートアップ企業と大学)

空中で生まれる浄水膜 Solar Distillation Membranes for Drinking Water

FlameSpin AeroFusion: ろうそく燃焼と高分子繊維化 Candle & Electrospun Fiber. SPTJ-Elsevier/ APT Paper Award 受賞

加熱タバコ基材内における粘性液体の流動挙動観察 Observation of Viscous Liquid Flow in Heated Tobacco

A thermal system combined with Optical Coherence Tomography. 光コヒーレンストモグラフィー(OCT)を組み込んだ加熱システム. Collaborated with Iwai Lab (Electrical Engineering Dept)

エアロゾル発生器付き植物育成室システム Plant Growth Chamber System for Studying Aerosol-Vegetation Interactions

2010 Best Poster Paper Award, Asia Pacific Confederation of Chem. Eng. Congress アジア太平洋地域化学工学会連合会議の最優秀ポスター論文賞

Top in 48-hour.人気記事

  • EMPAT Lab at TUAT
  • Interview: 装置がアイデアを待つとき When Equipment Waits for an Idea (with a CEO)
  • W. Lenggoro レンゴロ TUAT Professor. 東京農工大学
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  • A Last Lecture (March 2026): Prof. Takeshi Izuta’s Pioneering Research on Environmental Stress and Plant Responses 最終講義:環境ストレスと植物応答研究を牽引してきた伊豆田猛教授

Applied Physics & Chemical Engineering

 

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