22nd APT Distinguised Paper Award
受賞者：Tiara Nur Pratiwi （Ph.D. 2023/9, TUAT, Food & Energy Systems Science Program, Graduate School of Bio-Applications & Systems Engineering (BASE); currently Research Specialist (Optical Imaging & Sensing), santec OIS Corp.
Masao Gen 玄 大雄 (Ph.D. 2014/6, TUAT, BASE Program, Graduate School of BASE; currently Associate Professor (Environmental Chemistry) Chuo University, and JST FOREST Researcher 創発研究者)
Wuled Lenggoro (TUAT, Corresponding author)
論文：One-step fabrication of soot particle-embedded fibrous membranes for solar distillation using candle burning-assisted electrospinning （ろうそく燃焼を利用した静電紡糸によるすす粒子分散繊維膜のワンステップ製造と太陽熱蒸留への応用） Advanced Powder Technology, Vol.34, 104190 (2023) https://doi.org/10.1016/j.apt.2023.104190
Advanced Powder Technology（粉体工学会英文誌, Elsevier出版社）に掲載された優秀な研究論文の著者に贈られます。 This award is given to the authors of outstanding research papers published in Advanced Powder Technology (Society of Powder Technology, Japan; Published by Elsevier, 9.5 CiteScore, 4.2 Impact Factor).
受賞理由：太陽熱蒸留の実現には、太陽光を効果的に熱に変換する材料開発が鍵となっている。本研究では、ろうそくの不完全燃焼で生成するすすエアロゾル粒子を静電紡糸法で樹脂繊維膜と複合化させる新手法を提案した。モデル実験により、この複合膜が太陽光照射下で水の蒸発を促進できることを実証し、粉体工学の発展に寄与する先駆的成果と評価された。The key to achieving solar distillation lies in developing materials that effectively convert sunlight into heat. In this study, the authors propose a novel method to combine soot aerosols, generated from the incomplete combustion of candles, with resin fibrous membranes using electrospinning. Model experiments demonstrated that this composite membrane can enhance water evaporation under sunlight, marking a pioneering achievement that contributes to the advancement of powder technology.
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