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農工大 "Particles & Transfer" Lab.

Tokyo Univ. Agric. & Tech. 東京農工大学 a national university in Tokyo

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Tag: original

Low-power ultrasonic cleaner challenged the “submicron” particle detachment. 難問の「数百nm粒子の剥離」に低出力の超音波洗浄機が挑戦した

数百nmの粒子が堆積された基板を「特別な」スス粒子が含まれている水系懸濁液に超音波法を利用した微粒子回収法・洗浄法が提案された。Aqueous samples can be prepared by a novel method for detaching submicron particulates deposited on substrate.

Optically tunable film by switching “plus/minus” charges of particles (Patented) 帯電微粒子のplus/minus”交換”で光学特性が変えられる膜の製造(特許)

Interaction between surface charge of colloidal particles and their charged aerosol droplets is investigated for the first time. 液中のナノ粒子の表面電荷と気相中操作により懸濁液滴の荷電(電荷)の間の相互作用。世界で初めての研究。

Candle burning can produce both hydrophilic & hydrophobic particles/ layers ロウソク燃焼から親水性または疎水性の両方の微粒子とその膜

We discovered methods to form hydrophilic or hydrophobic layers. 親水性または疎水性を有する粒子膜の作製法を開発。5000年前に開発された「墨」技術と同じ?

Size-reduction of aerosols by thermal convection from a hot plate (World’s 1st) = A material synthesis method. 高温板からの熱対流によるエアロゾルの破壊を発見。新しい材料合成法

高結晶性を有するナノ粒子層への「省エネプロセス」の発見。Discovery of a low-energy route to layer of nanometer-sized particles with high crystallinity.

Visualization of “molecular layer” by nanoparticles. World’s 1st. 微粒子による表面上の分子層を可視化。世界初の環境計測法

World-1st. Nanoparticle sensor system for probing organic molecules. Sub-100 nm resolution . 世界初。応用は残留農薬, PM2.5, 半導体表面の検査など

Charged aerosols easily arrive onto “wet” part of a leaf surface! Learn from the Nature/ 植物に学んだ。帯電したエアロゾルが親水性が高い部位に付きやすい!

現象の発見。大気汚染と植物表面の理解。新しい材料の開発。Hints for material design, and for research on the deposition of airborne particles on plant surfaces

Can particles in water be immobilized in 100 nm holes? World’s 1st. 水中浮遊粒子を100nmの穴に固定化させる?世界初

水中浮遊粒子を100nmの穴に固定化できるのか?サンドイッチ型複合材料?
2008年に特許出願した技術の応用例。
An example application of our patented Pulse Electrophoretic Deposition (PEPD) Method.

TUAT Applied Physics & Chemical Engineering

 

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    • ASSEMBLY – Liquid-phase nanopowders, ナノ粒子の構造化
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    • RISK- Detect a pesticide on a surface, 微量成分用のセンサー
    • TRANSPORT: From gas-phase to substrate. 大気中微粒子は「特殊」基板へ沈着する
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