Category: Research

Research, Topic

Electrode structuring for production of magnetite nanoparticles in water. 水中のマグネタイト微粒子の量産化に向けた電極の設計

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High-throughput production of magnetite nanoparticles prepared by the monopolar arrangement of iron electrodes in water. 水中の鉄電極の配列の設計による 磁鉄鉱 ナノ粒子の量産化 by Institut Teknologi Sepuluh Nopember (ITS, Indonesia) and Tokyo University of Agriculture and Technology (Japan) /elsevier.com/  free access: before 27 April 27, 2019. Or doi.org/10.1016/j.ces.2019.02.027 (Chemical Engineering Science, 2019) ◆ナノ粒子製造のための環境に優しいプロセスを提案した。◆水と鉄板以外に化学薬品は必要ない。◆合成ナノ粒子は電気触媒として有望。 *Environmentally friendly process for nanoparticles.*No chemicals are… Continue reading Electrode structuring for production of magnetite nanoparticles in water. 水中のマグネタイト微粒子の量産化に向けた電極の設計

Research

A low-cost portable (aerosol) particulate sensor. 気中浮遊粒子センサの開発：低コスト、携帯型

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OPEN ACCESS >> iopscience.iop.org Development of low-cost and user-friendly sustainable portable particulate sensor (M. A. Fathihah, M. P. Khairunnisa, M. Rashid, J. NorRuwaida, M. Dewika, Y. Ito, I. W. Lenggoro) With a research group at Univ. Teknologi Malaysia (Malaysia Japan International Institute of Technology) we co-designed a low-cost sensor for aerosols (PM) and the results… Continue reading A low-cost portable (aerosol) particulate sensor. 気中浮遊粒子センサの開発：低コスト、携帯型

Campus, News, Research, Topic

GIYSE. a new program for high-school student (JST-TUAT)科学者・技術者を目指す高校生を対象に

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Our lab is joining a new program for high-school student (sponsored by the Japanese government/JST) 東京農工大学では、将来グローバルに活躍する科学者、技術者を目指す高校生を対象に、大学の研究、教育内容を先取りして経験できるプログラムを用意しました。それが「GIYSEプログラム」です。Global Innovation program for Young Scientists and Engineers /~giyse/ K. Sano (2nd grade student, Tokyo Metropolitan Tachikawa High School 東京都立立川高等学校) is joining GIYSE program (2018-2019). His topic is about collection of air poluttant (PM2.5). He is also being supported by… Continue reading GIYSE. a new program for high-school student (JST-TUAT)科学者・技術者を目指す高校生を対象に

Campus, Research, Topic

TUAT: Japan’s second “most-productive” university in terms of “Number of papers per academic-staff”. 教員あたりの学術論文数が国内2位（農工大）

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Tokyo University of Agriculture and Technology (TUAT) is a university with many "high-research-producers". The university has about 400 academic-staffs. Japan's second "most-productive" university in terms of "Number of papers per academic-staff" UK-based QS announced the QS Asian University ranking 2018 (Oct. 2017), and TUAT ranked as the top 1% of universities in Asia. In particular,… Continue reading TUAT: Japan’s second “most-productive” university in terms of “Number of papers per academic-staff”. 教員あたりの学術論文数が国内2位（農工大）

Research

PAPER: Can particles move and deposit, from 25 to 40 deg-C surface? ～40℃表面に微粒子を集積させた流体の制御技術

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Can particles move from 25-deg.C on to 40-deg.C surface? 40℃表面に気相中（20℃）微粒子をどのように沈着させる？

News, Research

An invited talk at JpGU ((Japan Geoscience Union)日本地球惑星科学連合会

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By a recommendation of Prof. Hirotaka Saito (Soil Physics, Institute of Agriculture, TUAT) Wuled Lenggoro was invited for a talk in JpGU (Japan Geoscience Union 日本地球惑星科学連合会) Meeting 2018 "Transport and immobilization of colloids into sub-100 nm porous structures by electrophoretic methods in aqueous media" This study was performed by TUAT students: K. Kusdianto (Dr. Eng., now with… Continue reading An invited talk at JpGU ((Japan Geoscience Union)日本地球惑星科学連合会

Research

Hydrophilic and hydrophobic particle layers from a single candle. 一本のろうそくから親水性と疎水性粒子膜が作れます。

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Using "soot" from a candle burning, we developed two assembly routes to form hydrophilic or hydrophobic layers of carbonaceous nanoparticles. ロウソク燃焼の「煤」を用いて、親水性または疎水性を有するナノ粒子膜の作製する方法を開発。5000年前に中国で開発された、従来の「墨」技術と同じかどうか？