>> Master and Bachelor Thesis (TUAT, 修論, 卒論)

Doctoral Thesis (TUAT) 学位論文（東京農工大学）Supervised by W. Lenggoro (since 2007)

(aerosol physics, plant science, fluid dynamics, biotechnology, chemical engineering, nanomaterials, environmental science, neural networks…)

Physics-Informed Neural Networks (PINN) for Predicting Multi-Scale Transport Phenomena in Complex Environmental and Biological Systems (複雑な環境・生物系におけるマルチスケール輸送現象の予測のための物理情報ニューラルネットワークPINN）(on going)

Thermophysical Characterization and Heat Transfer Analysis of Cellulose Microparticles for Sustainable Thermal Energy Management (持続可能な熱エネルギー管理のためのセルロース粒子の熱物性評価と熱伝達解析）(on going)

Dynamic Dissolution Mechanisms of Multi-Component Powders for Precision Nutrient Delivery in Solanum lycopersicum (Tomato) Seedling Growth (トマト幼苗生育における精密栄養供給のための多成分系粉末の動的溶解機構) (on going)

(2025/6) SUSTAINABLE DEVELOPMENT OF A NON-COCOON BOMBYX MORI SILK GLAND ROUTE FOR SCALABLE SILK MATERIAL FABRICATION (持続可能な非繭シルク生産：カイコ絹糸腺からの素材製造) by Norihiro Yoshida (B.S., TUS) > Joined a silk-startup company, Pentalink, Kyoto, Japan. Degree: PhD in Agriculture 博士（農学）

(2024/3) TRANSPORT AND APPLICATION OF PARTICLES IN TOMATO (Solanum lycopersicum) DURING SEED GERMINATION AND SEEDLING ESTABLISHMENT  トマトの種子発芽および幼苗生育における粒子の輸送と応用 by Anca Awal Sembada (B.S., M.S. ITB) > Joined Institut Teknologi Bandung ITB (Life Science and Tech.) Academic Staff > Google

(2023/9) “HEAT AND FLOW PHENOMENA IN LIQUID-FILLED THIN POROUS MATERIALS: DESIGN AND VISUALIZATION TECHNIQUES“ 液体充填多孔質材料における熱移動と液体流動ー合成及び可視化技術の開発 by Tiara N. Pratiwi (B.S., ITS) > Joined an optical/semiconductor maker, Santec, Aichi, Japan. | rgate

(2022/3) “THREE-DIMENSIONAL CAPILLARY FLOW VISUALIZATION AND EVAPORATION CONTROL IN POROUS MEDIA” 多孔質媒体中における毛管流れの可視化と蒸発制御 by Yosuke Asanuma (B.Eng., M.Eng., TUAT). Joined a metal-material-maker (Takenaka Seisakusho), Osaka, Japan | rgate

(2018/3) “FORMATION OF MICROSTRUCTURED PARTICLE LAYERS ON SUBSTRATE BY DEPOSITION OF SPRAYED AEROSOLS“（エアロゾルの集積による基板上の微細構造粒子層の形成） by Ferry Faizal (B.S./UnPad; M.S./ITB+Kanazawa (Double-degree)). Joined Dept. of Physics, Univ. Padjadjaran, Indonesia, Academic Staff.（国立）パジャジャラン大学 >>> Google | ORCID　現：准教授（物理学）

(2017/9) “DEPOSITION AND IMMOBILISATION OF ENZYME BY MEANS OF ELECTROHYDRODYNAMIC ATOMISATION“（電気流体力学効果を用いた微粒化による酵素の集積と固定化）by Suryani binti Saallah (B.Sc., UTM; M.Sc., UPM), Academic Staff, Biotechnology Research Centre, Univ. Malaysia Sabahマレーシア（国立）サバ大学 >>> Google　現：上級講師（バイオテクノロジー）

(2017/3) TRANSFER OF ATMOSPHERIC SUBMICROMETER-SIZED PARTICLES INTO LIQUID-PHASE BY MEANS OF PASSIVE SAMPLING SYSTEMS AND ULTRASONIC METHOD（大気中のサブミクロン粒子の液相への転換：パッシブ型サンプラーと 超音波法) by M. P. KHAIRUNNISA (B.Eng.,M.Eng., Muroran Inst. Tech.). Joined Ministry of Higher Education, Malaysia 高等教育省, >>> Academic Staff, Univ. Teknologi Malaysia マレーシア工科大学(MJIIT) | Google.　現：上級講師（環境化学工学）

(2014/9) EFFECTS OF HEAT TREATMENT AND ADDITIVE LOADING ON THE SOLUTION-DERIVED SYNTHESIS OF METAL OXIDE POWDER 溶液由来の金属酸化物粉末の合成における加熱処理と添加物の影響 by Pramujo Widiatmoko Academic Staff, Institut Teknologi Bandung/ITB, Chemical Engineering, Indonesia) (B. & M.S., ITB) バンドン工科大 教員 | Google.　現：准教授（化学工学）

(2014/9) THE ROLE OF CHEMICAL AND PHYSICAL PROPERTIES OF SUBSTRATE IN THE DEPOSITION OF PARTICLES 粒子の沈着における基板表面の化学的と物理的性質の役割 by K. Kusdianto (Academic Staff (Chemical Engineering), Institut Teknologi Sepuluh Nopember/ ITS, Indonesia) Hiroshima U. (2015-2016) (B.S., ITS; M.S., Natl. Taiwan U. Sci. & Tech.) セプル・ノペンバ 工科大学 教員 | Google. 現：教授（化学工学）

(2014/6) IMMOBILIZATION OF SUBMICRON- AND NANO-SIZED PARTICLES FROM GAS PHASE ONTO SOLID SURFACES BY EXTERNAL FORCES 外力を用いたサブミクロン粒子とナノ粒子の気相から固体基板への固定化 by Gen, Masao ( 玄 大雄 ) (B.Eng., 2000; M.Eng., 2011, TUAT) Joined Tohoku Univ. & City Univ. of Hong Kong. 東北大（多元研）助教 >> Researchmap　現：中央大学・准教授（環境化学）Currently Academic Staff (Environmental Chemistry) Chuo Univ., Tokyo, Japan.

(2011/9) MEASUREMENT METHODOLOGY FOR COMBUSTION-GENERATED AEROSOL PARTICLES  燃焼由来エアロゾル粒子の測定手法 by Hama, Naoya (濱 尚矢) (B.S., Univ. of Sussex, U.K.) 社会人博士課程. Part-time doctoral student, returned to Tokyo Dylec Corp.|researchgate. Currently at Tokyo Electron (TEL), Tokyo, Japan.

(2010/3) ELECTRICAL FIELD-ASSISTED DEPOSITION OF LIQUID-PHASE NANOPARTICLES  電界を用いた液中ナノ粒子の集積 by M. Nazli Naim (ナズリ ナイム） (B.Eng., Univ. Kebangsaan Malaysia) Academic Staff, Univ. Putra Malaysia (Process & Food Eng.) ⇒ 国立マレーシアプトラ大学>>> Google-Scholar　現：准教授（食品プロセス工学）

DOCTORAL THESIS (Hiroshima Univ.) Co-Supervisor: W. Lenggoro with K. Okuyama, 2000-2006

• Control of particle morphologies and characteristics in aerosol processes
  – W. Widiyastuti (Sept. 2008).
  Institut Teknologi Sepuluh Nopember, Indonesia (Currently, Professor of Chemical Engineering). 国立セプルノペンバー工科大学(ITS)教授 　Google
• Direct preparation of metal oxide nanoparticles by flame-assisted spray pyrolysis from aqueous solutions
  – Agus Purwanto (March 2008),
  Currenty Professor of Chemical Engineering, Univ. Sebelas Maret, Indonesia, and 国立セベラスマレット大学 (UNS)教員（2019年より教授）Google
• Synthesis of nanoparticles via spray route under low pressure conditions
  – Wei Ning Wang (汪 偉寧), March 2006.
  Joined Washington Univ. in St. Louis. then: Associate Professor, Virginia Commonwealth Univ., USA. Google　
• Preparation of fine oxide phosphor particles for Field Emission Displays
  – Camellia Panatarani, March 2005.
  Joined Dept. of Physics, Currently Professor, Univ. Padjadjaran, Indonesia. 現在：国立 パジャジャラン大学 物理学科（2016年より教授）>> Google
• Production of metallic fine particles by ultrasonic- and low pressure-type spray pyrolysis and their applications. 超音波式および減圧式噴霧熱分解法を用いた金属系微粒子の合成と応用
  –IIDA Noritaka, 飯田典孝, Mar. 2004. Returned to: Noritake Company Ltd. （株）ノリタケ カンパニー リミテド （社会人博士）Google

DOCTORAL THESIS at Hiroshima Univ. (Wuled Lenggoro was associate-supervisor, with K. Okuyama)

• K. Nakayama (from Noritake Co. Ltd.) 電子部品用ペーストの開発および事業化
• H. Yoden (from Matsushita Electric Works, now Panasonic)
• T. Morimoto (from Toray)
• Y. Itoh (then joined Seiko Epson)
• Ferry Iskandar (joined Inst. Tek. Bandung ITB, currently Professor of Physics) >Google
• Mikrajuddin Abdullah (currenty ITB Professor of Physics) >> Google
  .