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Author: admWL
Class 2025 (Master-AIS) 物質機能分析特論 ／Analysis & Functions of Materials
シラバス：物質機能分析特論 ／Analysis and Functions of Materials
Lab Alumni Lead Indonesia’s Largest Chemical Engineering Seminar (2025, ITB) 卒業生がインドネシア最大の化学工学セミナーの実行委員長
The 2025 Seminar in chemical engineering, chaired by Dr. Pramujo Widiatmoko from ITB, features esteemed speakers who are also TUAT alumni, including Dr. Kusdianto, Dr. M. P. Khairunnisa, and Dr. Suryani Saallah, showcasing significant academic collaboration.
15 guests from Africa-Asia (a JICA project) 2025/9/30
Our guests are from Egypt-Japan University of Science and Technology (E–JUST) University of Biskra, Algeria Jomo Kenyatta University of Agriculture and Technology (Public university) Juja, Kenya Stellenbosch University (Public research university) in Stellenbosch, Western Cape, South Africa University of Colombo (Department of Environmental Technology) National University of TImor Lorosa’e (UNTL) a public university in Timor-Leste,…
研究室紹介記事が大学公式ガイダンス2026に掲載されました！ Lab Introduction featured in University Guidance 2026
From: https://www.tuat.ac.jp/english/admission/nyushi_gakubu/digital_pamphlet/ OR: https://www.tuat.ac.jp/documents/tuat/admission/nyushi_gakubu/digital_pamphlet/2026_TUAT_GUIDE_HP.pdf 「微粒子工学」から多様に派生し地球規模の課題を解決 地球規模の幅広い課題の発見と解決に貢献できる点が化学物理工学科の魅力です。エネルギー、新素材、環境という３つの軸を中心に、化学工学、物理工学（応用物理）、電気電子工学、機械工学分野をカバーする、世界的に見てもオンリーワンの学科であるといえるでしょう。私の研究室では「微粒子工学」を起点に、物質・流体・熱の移動現象、化学プロセス、生物システムという異なる領域を横断した研究を展開し、農学部や企業と連携もしています。設定した目的に応じて研究装置を自分たちの手で製作することもあり、世界初となる独創的な成果も数多く生まれています。研究過程は自己決定力と豊かな知識と技術を育んでいます。今後も引き続き多様性のあるグローバルな目標を持って、新技術の開発に取り組むことを目指しています。(レンゴロ教授) From “Particle Engineering” to Diverse Applications: Tackling Global Challenges One of the great strengths of the Department of Applied Physics and Chemical Engineering is its ability to contribute to the discovery and solution of wide-ranging, global-scale challenges. With a focus on three main pillars—energy, advanced materials, and the environment—the…
Soot Enhances Water Uptake & Sugar Metabolism in Solanaceae Seeds 煤粒子がナス科種子の水分吸収と糖代謝を促進
キャンドル煤粒子が、トウガラシ、トマト、ナスの発芽を加速し、水分保持や代謝にも良い影響を与える、低コストで持続可能な農業技術です。Candle soot accelerates germination in peppers, tomatoes, and eggplants by enhancing water retention and stimulating metabolic shifts, representing a sustainable, eco-friendly seed treatment with no harmful effects on seedlings.
From Materials to Sustainability (2007-2025) 軌跡：材料科学から持続可能性へ
SDGs: Good Health & Well Being; Affordable & Clean Energy; Climate Action; Clean Water & Sanitation; Sustainable Cities & Communities
14th Asian Aerosol Conference (1-4 Dec.2025, Mumbai, India) 第14回アジア・エアロゾル会議
Prof. Wuled Lenggoro is a members of the International Advisory Committee and also of the Technical Program Commitee.
Widya Utama “Powder Award” (Indonesia, 2025)
粉体科学の卓越性、産業革新、および分野を超えた協調的貢献に対する顕彰 For excellence in powder science, industrial innovation, and collaborative contribution across sectors
Protected: We welcomed Prof. Aulanni’am & Dr. Dyah Kinasih (Biochemistry, Univ. Brawijaya) 2025/8/6
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2025/8/6 Welcomed 6 High School Students/ 驚きの材料合成実験：ろうそくの炎からの発見 Experiment: The Magic of Candle Flames!? Mysterious Materials that Control Water
研究室で偶然発見した材料合成を紹介します。We’re introducing a material synthesis accidentally discovered in our lab! I
A Personal Tribute to Dr. Masahiro Yorizane (1919-2024) 頼實正弘先生への個人的な追悼文
追悼：頼實正弘博士、新時代の広島大学を築いた強靭な先見者 The Resilient Visionary Who Built a New Era for Hiroshima University
Does a High-Impact Journal Guarantee a High-Impact Paper? 高IFジャーナルを目指すべきか？
The scatter plot illustrates that higher journal impact factors do not necessarily correspond to higher citation counts for individual papers, highlighting the variability in how papers perform of the journal’s overall prestige.散布図は、ジャーナルのインパクトファクターが高いことが必ずしも個々の論文の引用数の増加に繋がるわけではないことを示しており、論文のパフォーマンスがジャーナル全体の権威に及ぼす影響にはばらつきがあることを強調しています。
Protected: A meeting on MJIIT, Malaysia-Japan Univ. Consortium (2025/7/25) Host: MOFA
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Meeting with the President of Universitas Indonesia (at TUAT) 7/2-3
TUAT members (hosted by the Dean of Engineering, Prof. M. Hirano) after a meeting with Rector/President of Universitas Indonesia (Prof. Heri Hermansyah), Dean of Engineering UI (Prof. Kemas Ridwan Kurniawan) and TUAT alumnus Prof. M. Sahlan (Chem. Eng., UI) (July 2025) https://www.tuat.ac.jp/NEWS/visit/20250711_01.html
New website: TUAT – Global
“Support Information for International Students Interested in Studying at Tokyo University of Agriculture and Technology, Current International Students, Students Seeking Study Abroad Opportunities, and Faculty Accepting International Students and Researchers”
Renewal of jaast.jp 日本エアロゾル学会公式ウェブサイトのサーバー移行完了のお知らせ
The official JAAST website has been successfully migrated to a new server. https://jaast.jp
Highly cited paper? Transport of Nanoparticles into Plants and Their Detection Methods
https://doi.org/10.3390/nano14020131 Review: Transport of Nanoparticles into Plants and Their Detection Methods by Anca Awal Sembada and I. Wuled Lenggoro It is too early to compare the number of citations this publication has received so far to other publications in the same field. Dimensions can usually start to do this two years after publication.
TUAT Science Museum
The TUAT Science Museum showcases an exceptional collection of textile machinery with dynamic exhibits maintained by former engineers, promoting lifelong learning in textile innovation. 東京農工大学科学博物館は、元エンジニアによって維持される動態展示を通じて、優れた繊維機械のコレクションを紹介し、繊維技術の生涯学習を促進しています。
Protected: Class B1「入門」2025/6/2, 教員コメントを追加しました
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Published) Advancements in Catalyst Layer Coating for PEM Fuel Cells 固体高分子形燃料電池用触媒層のナノ構造工学
Catalyst layer, Screen printing, Electrospray, Magnetron sputtering, Membrane electrode assembly
Class “Transport Phenomena in Plants, Biosystems” with Agricultural/Forestry Engineering, ITB, 2025
Transport Phenomena with Particle Technology for Agricultural Studies:
Designing “Tools” for Solving Technical Issues and Gaining New Insights
FD Seminar (2025/2) 多様性、自律性、Diversity and Autonomy: Keys to Nurturing Future Innovators
When we let go of great pride in our “large-scale” achievements, significant opportunities open up. 大きなプライドを捨て、「立派」な業績に対する思いを手放すことで、重要なチャンスが開かれます。
Published) Seaweed-Based Nanocomposite Films 持続可能な食品包装：海藻由来コンポジットフィルム
A development of eco-friendly food packaging materials. By harnessing the natural properties of seaweed, the researhers have created a bionanocomposite film that is strong, safe, and fully biodegradable-offering a sustainable alternative to petroleum-based plastics. 海藻（Kappaphycus alvarezii）の特性を活かし、強度・安全性・生分解性に優れた食品包装用バイオナノコンポジットフィルムを開発した。石油由来プラスチックに代わる、環境にやさしい新素材。
"Particles & Transfer" Lab. 微粒子・移動現象 