Author: admWL

第1回社会人向けセミナー (7/31) 結晶化・粉体工学プロセスの基礎から観察・モデリングまで From Fundamentals to Observation and Modeling in Crystalline Powder and Particulate Engineering Systems

普段の業務で、結晶粒子群や、粉粒体、懸濁液を扱っている研究技術者の皆さんに、粒子群を取り扱うためのコツ、粉体を扱うコツ、そしてそれらを観察そしてモデリングするコツを基礎的な内容と実例を交えて伝授します。結晶粒子、微粒子プロセス特性の改善を考えている技術者・研究者の方々の参加をお待ちしております。

Advanced Powder Technology, SPTJ-Elsevier) APT Distinguished Paper Award 受賞 Soot-Infused Spun Fiber for Solar Water Purification すすを含む高分子ファイバー：太陽光による水浄化

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.”

Alumni’s Fields 卒業生の就職先

学生時代の成績と就職活動の実力とは必ずしも一致しないことは、この15年間でわかってきました。やはり、学んだ力より学ぶ力、つまりプロセスが重要であることがわかります。 

TUAT: English logo type as of April 2024

From TUAT officials: In commemoration of the 150th anniversary of our founding, Tokyo University of Agriculture and Technology (TUAT) has officially established an English logo type as of April 1, 2024. By introducing this new logo type for ‘TUAT’, we aim to enhance our university’s visibility on the international stage. We encourage you to make…

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Message for graduates 2024/3/26

Six students have graduated: Two master’s graduates (Miyoshi and Sakaida) will enter a chemical company and a food processing company, respectively. Three bachelor’s graduates (Aminaka, Kobayashi, Tsutsumi) will continue to their master’s course, including one who will join another research group in our department. A doctoral graduate, Dr. Anca Awal Sembada, will join a technological…

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[REVIEW] Transport of Nanoparticles into Plants & Their Detection Methods 植物に移動するナノ粒子とその検出方法 

Transport of Nanoparticles into Plants and Their Detection Methods 植物に移動するナノ粒子とその検出方法  Open access: https://doi.org/10.3390/nano14020131 CITATION: https://app.dimensions.ai/details/publication/pub.1167718478 https://encyclopedia.pub/entry/54020 Nanoparticle transport into plants is an evolving field of research with diverse applications in agriculture and biotechnology. This article provides an overview of the challenges and prospects associated with the transport of nanoparticles in plants, focusing on delivery methods…

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Cut Stem Vascular Delivery (CSVD): Micro Particles to Plants! 茎を切って微粒子を植物に注入する技術

🍅Cutting the stem of tomato seedlings enables the introduction of particles up to 110nm into plants. This technique shows promising applications in the fields of agriculture and biotechnology. 🍅 トマトの苗木の茎を切断することで、最大110nmの粒子を植物内部に導入することが可能になります。 この技術は、農業やバイオテクノロジー分野での応用が期待されています。

BASE Music Concert (12 Dec. 18:00)

IN 2023, 12 Dec. http://tuat-chemphys.net/?p=3723 In the past, some of our lab’s students were the performers. For example: T. Tsuchiya (B. M student) in 2021/12 T. Tsuchiya 2021/8/4 BASE concert (2007), our lab’s member (Dr. Kuwata) performed a cello (Piano played by Kamiya lab’s student: Mr. Takenouchi): /~koukai/gakuho/2007/465/topics.html