Best Poster Award at 9th Asian Aerosol Conference. Insertion of colloidal particles in the pores of a honeycomb structure via an aerosol route (気中に分散した液中微粒子のハニカム型多孔質体細孔内への沈着)
Author: admWL
The charged state of the collected atmospheric particles.捕集された大気粒子の帯電状態
Charging state is important to understand the process of adverse health effects of PM. 健康影響を調べるために微粒子の帯電状態を知ることは重要
PM2.5 collected on the filters were likely to carry a negative charge 捕集された微粒子の帯電状態は主にマイナス帯電
Open Lab & Explanation of Admission (5/23) 入試説明会
Explanation: For entering our graduate school (BASE) 日時・・・２０１５年５月２３日（土）１３：００～ Saturday, 23 May 2015 13:00-15:15 (From 15:15..Open Lab) 場所・・・ＢＡＳＥ本館１階講義室 Place: Class rooms 1F, BASE building ＜プログラム＞
Welcomed 28 Malaysia MJIIT studentsマレーシアから学生訪問
15 April 2015 (13:45 – 15:15) We, mainly Ms. Nisa & Ms. Takagi hosted the lab-visit of 28 Malaysian MJIIT students. They also visited Hosomi-Terada Lab at Department of Chemical Engineering, and also had a discussion time with TUAT student. About Malaysia Japan International Institute of Technology (MJIIT): http://mjiit.utm.my/ Our lab’s visitor
Particles on bio-composite surface. ココナツ殻由来素材の表面に微粒子を集積
Bio-composite（バイオコンポジット）is a composite material formed by a matrix (resin) and a reinforcement of natural fibers.生物由来素材を組み合わせて作った素材
New members (April 2015)
New members: Starting from April 2015 卒論生4名 (Bachelor student) と博士課程後期 (Doctoral) 1名（留学生）が新しいメンバーです。 Bachelor students: K. Hattori, E. Miyazawa, S. Koga, Y. Watanabe Doctoral student (Post-master): F. Faizal They are from (the hometown are…) Tochigi, Kagoshima, Fukuoka, Kanagawa, and West-Java (Indonesia) 現在の研究室メンバー Current members 元メンバー Alumni 進路 Positions of Former Members
Graduation, with Honors (2015/3) 卒業式で大学院修了生の総代
* MATSUSHIMA, HIDENORI, Most outstanding master’s course student award (Graduate School of BASE) with scholarship from JASSO, 大学院・最優秀学生賞 卒業式で総代
2 undergrad. students presented in Hachinohe (Aomori), 化学工学会学生発表会（八戸市）4年生（2名）が発表しました
Society of Chemical Engineers, Japan – 17th Students Annual Meeting (Hachinohe, Aomori Pref.) 化学工学会第17回学生発表会 C20 寒天ゲル内微粒子の輸送メカニズムの解明に向けた実験的検討 和田 光樹・ Wuled Lenggoro ♣ Keywords: hydrogel, particle, transport D17 燃焼による微粒子排出量の低減に向けた実験的検討 石本 淳視・ Wuled Lenggoro ♣ Keywords: combustion, particle, flow Presentation by student. 学生による学会等の発表
Ms. Yuko Kondo moved. 研究室の事務補佐・近藤さん、ご退職 (2008-2015)
She has been served our group since 2008, one year after our group was initiated.
People (January 2015) 研究室のメンバー
現在の研究室メンバー：Current members Members in January 2015 * A. Ishimoto …..Bachelor student * S. Koike …..Bachelor student * A. Takagi …..Bachelor student * M. Wada …..Bachelor student * S. Yokote …..Master’s student * H. Matsushima …..Master’s student * K. Naito …..Master’s student * Y. Takematsu …..Master’s student * E. Herliana …..Doctoral student * S. Ikawa ….Doctoral…
Visitors: TUAT Distinguised Guest Professors (Hong Kong, South Korea, Finland)農工大特別招へい教授３名が研究室訪問
Jan 8, 2015 We welcomed a guest from Hong Kong Univ. Sci. & Tech.: Prof. Chak K. Chan (also the Editor-in-Chief of Atmospheric Environment). He joined our lab’s seminar and given us a introduction talk about HKUST and his studies. On the same day, two other TUAT Distinguised Guest Professors” have also visited us: Prof. Yong…
Essay: The function of research at university. 教育場における研究の役割
大学では学ぶ人（学生）が主役。研究を道具とすることで、学生が成長するための効果的な学びが得られる。大学は組織的に学生の成長を支援する。研究室は学生が知識を自分で生み出すための仕組みを提供するところだ。文献や指導教員の助言は大切であるが、あくまでも手がかりにすぎない。 本当に「使える知識」は、学生自らの直接体験（実験等に相当）を通して得なければならない。自転車の乗り方を「学習」するために、転びながら練習することが必要なのと同じだ。 The main actors of a university are its students. By placing the research as a “tool”, one can obtain effective learning for students to grow. The university systematically supports the growth of students. The lab (research group) provides a mechanism for students to create knowledge and skills by themselves. Advice from literature and…
ノーベル賞受賞者が使用した実験室 Essay: A Lab Used by Nobel Laureate
そのとき与えられた実験室は、その２年後にノーベル賞（2002年、化学）を受賞したFenn教授が過去使用していたものであり、光栄に感じました。I was honored to be given a laboratory that Professor John B. Fenn, who received the Nobel Prize (2002 in Chemistry) 2 years later, had used in the past.
Student presented “Pump-less spraying”: Symposium of Institute for Liquid Atomization & Spray Systems, 微粒化シンポジウム（青森県）
2014/12/18, Hirosaki City (Aomori Pref.) 第23回 微粒化シンポジウム 23rd Symposium of the Institute for Liquid Atomization and Spray Systems – Japan (A133) 毛細管現象を利用した Pumpless 静電微粒化法に関する研究 (M2)竹松 佑介, Wuled Lenggoro 通常の駆動力である液体供給装置（ポンプ）を用いない、毛細管現象だけで静電気力型噴霧法の開発。工夫を加えたところ数時間運転が可能であることも判明 Presentation by student. 学生による学会等の発表
NanoSERS AeroMapper: <100 nm Resolution Mapping with Aerosol Probes. 粒子散布による有機分子層のマッピング技術
気中微粒子を用いた100nm未満の分子分布マッピング技術。SERS法で表面上の分子パターンを可視化。A <100 nm resolution mapping technology using airborne aerosol probes for organic molecular layers, visualizing surface molecular patterns with SERS.
Visitors from AIMS universities (Indonesia, Malaysia, Thailand)
Related to AIMS program between ASEAN and TUAT, four faculty members from Indonesia, Malaysia and Thailand, visited our lab. Dr. Andi Isra Mahyuddin (Former Dean) Faculty of Mechanical and Aerospace Engineering Institut Teknologi Bandung (ITB) Dr. Estiyanti Ekawati Engineering Physics Program Institut Teknologi Bandung (ITB) Dr. Mohd. Ghazali Mohd. Nawawi (Vice Dean) Department of Chemical…
Welcomed a guest from ITB: Microporous zeolites. ゼオライトの研究者を招へい
On 3 Dec. 2014 (15:00, Place: BASE 1F meeting room) We welcomed Dr. RINO MUKTI, an academic staff from Division of Inorganic and Physical Chemistry, Institut Teknologi Bandung (ITB), Indonesia. He is also a member at National Research Center for Nanotechnology, Indonesia. He was also a visiting fellow at University of Tokyo, November-December 2014. Our…
Lab members visited: 20th International Powder Technology Exhibition Tokyo 国際粉体工業展東京
November 26 (Wed.) –28 (Fri.), 2014 POWTEX TOKYO 2014: The 20th International Powder Technology Exhibition Tokyo Venue: Tokyo Big Sight, East Hall 1･2･3 All of students from our group attended a tour organized by the committee: 学生ツアー・交流会 A PRESENTATION FROM US: 粉体工学会2014年度 秋期研究発表会 BP-44. (研究報告) 加熱冷却サイクルによる酸化物粉末のドーピングと導電性の向上 松嶋 秀典，Pramujo Widiatmoko，Wuled Lenggoro
Plant-derived materials for battery. グルコース添加の合成で電池用粉末は「質」が向上
Without a milling process (break-down) process, Lithium-battery material can be synthesized, in submicron size (100-600 nm) through glucose-assisted combustion synthesis.（植物由来原料）グルコースを添加した新しい「燃焼合成法」により二次電池用粉末をサブミクロンサイズで合成できた。
Invited talk: Conference on Nanotechnology (Korea) “Assembly of nanoparticles” ナノ粒子の集積化
13-14 Nov. 2014 (Changwon) NANOPIA 2014, at Changwon Exhibition Convention Center, South Korea (Invited Lecture, W. Lenggoro: Assembly of nanoparticles synthesized from the gas-phase) Host: Gyeongsangnam-do Province, Miryang City. Organizer: Gyeongnam Newspaper
Plenary, International Seminar (ITB, Bandung, Indonesia) 国際シンポジウム基調講演 2014/10
30-31 Oct. 2014 (Bandung): Prof. Lenggoro delivered a plenary talk at an International Seminar (Venue: Institut Teknologi Bandung ITB) 化学工学に関する国際セミナーでの基調講演 （Photos by Dr. I. N.) INTERNATIONAL SEMINAR ON CHEMICAL ENGINEERING 2014, in conjunction with Chemical Engineering Seminar of Soehadi Reksowardojo 2014 (STKSR 2014) Supported by Indonesia Chemical Engineering Chapter of The Institution of Engineers, and…
Special class: by a company person. 集中講義「企業で輝く研究人材」Oct. 14
A special class for all Master students (Graduate School of BASE) by a person from multinational company. BASE集中講義 MBA, MOT, ナノテクノロジー企業で輝く研究人材とは 14 October 2014. A website for special class for Master course BASE
Learning from Leaf Surfaces – Patterning Aerosols by Hydrophilicity Gradients. 植物の葉と帯電微粒子。親水性と表面電位が誘う選択的パターニング
植物の静電気現象にヒントを得た、百ナノメートルの解像度を持つマイクロ選択堆積技術。表面の親水性度または電位差（帯電量）分布を計測。 *A micro-selective deposition technology inspired by plant electrostatics, offering sub-micron resolution for measuring surface hydrophilicity or potential difference (equivalent to electric charge) distribution.
"Particles & Transfer" Lab. 粒子・移動現象 