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

High-throughput production of magnetite nanoparticles prepared by the monopolar arrangement of iron electrodes in water. Based on the works done by a doctoral student from Institut Teknologi Sepuluh Nopember (ITS, Indonesia) and two doctoral students from Tokyo University of Agriculture and Technology (Japan) /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… 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

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

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)

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

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

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。

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?