Anca Sembada, a doctoral student presented Silica nanopriming in tomato (Solanum lycopersicum) seeds helps alleviate stress induced by polyethylene glycol ポリエチレングリコールによって誘発されたストレスを軽減するためのトマト種子におけるシリカナノ粒子「プライミング」の効果 at APCChE (The Asian Pacific Confederation of Chemical Engineering) Congress 2023 . Held in Manila, Philippines. Organized by the Philippine Institute of Chemical Engineers (PIChE).
Author: admWL
Invited at 3rd Joint Symposium of Inst. of Electrostatics and Assoc. of Aerosol Sci. & Tech. 第3回 静電気学会₋エアロゾル学会合同シンポジウム
静電噴霧法によるコロイダル粒子の構造化と形態的特性の調整:シリカとススの事例研究(Electrospray-Assisted Structuring and Morphological Property Tuning of Colloidal Particles: Case Studies of Silica and Soot Colloids)
APT Paper Award. Aerosols-in-Fibers: Purifying water by solar energy. エアロゾルを繊維に埋め込む:太陽熱で水の浄化、新技術 [APT賞]
ろうそくの煤エアロゾル粒子を電界紡糸繊維に埋め込んだ太陽光蒸留用水素素材 Soot aerosol particles embedded in electrospun fibers for solar distillation of water
How silica particles boost seed germination in different species. キュウリ、ナス、ニンジン等の種子発芽にシリカ粒子の影響は?
red chili pepper, cayenne pepper, cucumber, eggplant, tomato, carrot
赤唐辛子、カイエンペッパー(香辛料の一種)、キュウリ、ナス、トマト、ニンジン
ハマカーンの浜谷健司さんが当研究室から生中継 (8/3) K. Hamatani (Comedy Duo “Hamakan”) broadcasted our lab live.
Q.どうしてこの研究室から世界初の研究成果が多く出るのですか?(A.環境づくりがカギ)
Q.学生さんに頻繁に指示をしているのですか?(A.しません)
博士Thesis: Heat/Flow of Porous Materials: Synthesis & Visualization. 多孔質内の熱流体移動:材料合成と可視化 (Recorded公聴会)
One-step fabrication of soot embedded membranes for Solar Distillation. 煤入り膜の一段階製造で太陽蒸留を実現 Observation of Liquid Flow in Leaf Substrate during Heating 加熱時の葉基材内の液体流れを観察
Nanoparticles make (tomato) seeds grow faster & stronger 種子を速く強く育てる微粒子システム
We found that adding silica nanoparticles to an aqueous growth medium in which tomato seeds were germinated shortened the mean germination time from 5.24 days to 4.64 days and improved seedling vigor. トマトの種を発芽させるための水を用いた成長培地に、シリカナノ粒子を加えると、平均発芽時間が5.24日から4.64日に短縮され、苗の活力が向上することがわかりました。
Lenggoro: One of university TUAT executive officers 大学の役職員
Among the executive officers of our university (2023), Prof. Lenggoro is the only one with a non-Japanese name. He has been serving as the Chair of the Tenure Track Promotion Organization at Tokyo University of Agriculture and Technology since 2023. 2023年より、レンゴロ教授東京農工大学・テニュアトラック推進機構・機構長を勤めています。
卒論生A bachelor student: 3 weeks at Polytech Montpellier, France.モンペリエ大学
Undergraduate Polytech FLOW Summer School program
Featured: Keisuke Sano 佐野 佳祐 (農学部・環境資源科学科)
高校時代から高大連携プログラムに参加していて、農工大の研究室にお世話になっていました。当時の担当は、工学部化学物理工学科のレンゴロ・ウレット教授で、PM2.5に関する研究に取り組みました。
Visualization of liquid transport in a porous material under heating. 加熱中の多孔質材料内の液体輸送を可視化する
See through the unseen with Optical Coherence Tomography – the non-invasive imaging technique that reveals the dynamics of highly viscous liquids in porous substrates during heating. 光コヒーレンストモグラフィー-非侵襲的な画像技術で、加熱中の多孔質基板内の高粘度液体のダイナミクスを明らかにする。
Acid treatment enhances conductivity of candle-soot films. 酸処理で高い導電率!ロウソクのすす粒子の新たな可能性
Our paper (2023) Conductive particulate films fabricated by electrospray deposition of candle soot suspensions with acid treatments 酸処理したロウソクの煤(すす)の静電噴霧堆積によって作製した導電性微粒子膜
Grad. School of Engineering, Doctoral Course, For Oct. 2023 / April 2024 Enrollment
https://www.tuat.ac.jp/documents/tuat/admission/nyushi_daigakuin/youkou/2024_4_t_dc_gidelines_en.pdf Tokyo University of Agriculture and TechnologyGraduate School of Engineering Doctoral Course (Doctor)Application Forms and GuideFor October 2023 / April 2024 Enrollment For October 2023: Application is June 12, 2023-June 16, 2023 Examination; August 21, 2023 (also 1st examination day for April 2024 Enrollment)
Co-hosted) Intl. Conference & Exhibition on Powder Tech. Indonesia (2023/8) Japan Powder Tech. Forum
Joint Conferences: The 4th International Conference and Exhibition on Powder Technology Indonesia 2023, and the 13th International Conference on Theoretical and Applied Physics 2023.
Deposit Aerosols on Growing Plants with a Novel System: 1〜2年成長する植物に微粒子を沈着させる。世界初の方法
Allow to study interactions between submicron aerosol particles and plants. サブミクロンのエアロゾル粒子と植物の相互作用を研究することを可能にする
SDOCT: A new method to visualize water in in biological tissue. バイオ組織中の水分の動態をイメージングする新技術
Imaging and quantitative analysis of water evaporation process using spectral-domain optical coherence tomography under illumination with two near-infrared wavelengths. 近赤外2波長照明下における分光領域光コヒーレンストモグラフィによる水の蒸発過程のイメージングと定量解析
2nd year student reported: 燃焼場で起こるガスと微粒子の輸送を理解すると大気汚染が見える Gas & particle transport in combustion site: Understanding air pollution transport (2年生の報告)
Different ways of transporting gaseous and particulate matter in the air. Understanding transboundary air pollutants.
Class (2022) 1年生のプロジェクト。毎日、芋と魚を食べれば輸入品に頼らずに済むが・・If we ate potatoes and fish every day, we wouldn’t have to depend on imports
食糧循環とそのマテリアルフロー Food circulation and its material flow
Alumni: Uncovering the effects of aerosols on climate change (TUAT Magazine, 2023) エアロゾルが気候変動に及ぼす影響を明らかにする
当時は成績が悪く、研究室・・・・結果的にはそこで出合ったエアロゾル研究の面白さを現在まで突き詰めることになりました。During undergraduate, my grades were poor…. During master/doctoral course, I have continued to pursue my interest in aerosols that I encountered there.
Carrageenan-silver particles with antibacterial & antioxidant properties 抗菌・抗酸化作用を有するカラギーナン-銀の微粒子
The morphological characterizations revealed the formation of flower-like c-AgNPs composed of intercrossed and random lamellar petals of approximately 50 nm in thickness. The prepared materials displayed promising antibacterial properties against E. coli and S. aureus.
Invited seminar: Managing a research group
Broadcasted at YOUTUBE (TBA) 2023
農学で見つけた工学的なヒント: リスクとイノベーションのバランス (録画 Invited talk, Recorded) Engineering tips found in agricultural studies: Balancing Risk & Innovation.
15-year trial of a Particle Technology Lab bridging the engineering and agricultural studies. 工学と農学との橋渡しに研究テーマの役割