益田秀树

发布时间：2026-06-23浏览次数：21

	Hideki Masuda (益田秀树)
	Title职称	Professor教授
	Hold office任职	Executive Dean执行院长
	Mentor type导师类型	Doctoral supervisor and master supervisor 博导/硕导
	Discipline and specialty学科类别	Photocatalysis, Functional Photomaterials光催化与光功能材料
	Phone电话	19921190278
	Mailbox邮箱	masuhide21@yahoo.co.jp
I. Learning and working experience教育与工作背景
2021.08-now	Institute of Photochemistry and Photofunctinal Materials, University of Shanghai for Science and Technology 上海理工大学光化学与光材料研究院		Professor 教授
1999.04-2020.03	Tokyo Metropolitan University东京都立大学		Professor 教授
1991.10-1999.03	Tokyo Metropolitan University东京都立大学		Associate Professor 副教授
1986.04-1991.09	Tokyo Metropolitan University东京都立大学		Assistant Professor 助理教授


II. Research direction 研究方向
(1) Photocatalysis:Photocatalytic Reactions, Air and water Cleaning; (光催化：光催化反应，空气和水清洁) (2) Functional Photomaterials:Porous Semiconductor; (光功能材料：多孔半导体材料)
III. Scientific Research Achievements科研成果
We have achieved the development of photocatalysts and photofunctional materials based on the control of nanostructures. For the control of nanostructures, electrochemical methods have been mainly adopted. The obtained nanostructures have been applied to various fields, which require the unique function properties based on the nanostructures.Concerning the photocatalysts, we developed efficient photocatalytic systems based on the control of nanostructures and examined their application to air and water purification systems. In the air purification system, photocatalytic filters with high photocatalytic activity have been developed. As an application of the obtained high-performance air purification system, medical air purification systems and the freshness maintenance system of fruits and vegetables were developed. In the application to medical air purification systems, it has been confirmed that efficient sterilization of bacteria and viruses can be achieved.In addition, concerning the freshness preservation of fruits and vegetables, the freshness preservation was possible through the decomposition of ethylene, a plant maturation hormone, based on the photocatalytic reactions.Regarding the water purification systems by photocatalysts, we focused on the purification of water containing dilute pollutants that are expected the effective use of incident light. It was confirmed that the efficient purification of dilute pollutants is possible by using packed-bed type reaction chambers with TiO₂ as a photocatalyst. 研究团队已成功开发出基于纳米结构调控的光催化剂和光功能材料。在纳米结构调控方面，主要采用电化学调控法，所制备的纳米结构具有独特功能特性，已应用于多个领域。在光催化剂方面，团队通过调控纳米结构开发了高效光催化体系，并研究了其在空气净化和水净化系统中的应用。在空气净化系统中，研制出了具有高光催化活性的光催化过滤器。基于该高性能空气净化系统，进一步开发了医用场所的空气净化系统，以及适用于果蔬保鲜场所的空气调节增强保鲜期光功能系统。在医用空气净化系统的应用中，研究成果已证实可实现对细菌和病毒的有效光催化灭活消杀。此外，在果蔬保鲜等方面，通过光催化反应分解植物成熟激素如乙烯等，实现了对果蔬新鲜度的有效保持。
Representative projects: 代表性项目 Development of medical air conditioner with air cleaning system by photocalysis光催化空气净化系统医用空调的开发
Representative scientific research papers: 代表性学术论文 [1] Preparation of Fine Patterns without Residual Layers by Photoananoimprinting Using PDMS Molds, T. Yanagishita, T. Nariyama, T. Kondo, H. Masuda, Appl. Eng. Mater., 3, 3515 (2025) [2] HOFs Structured CN Template Enables the Dual Regulation of Cu-O and Cu-N Active Sites in Porous Cu-g-CN for Synergistic Photo-Fenton Processes Y. Liu, W. Liu, M. Du, W. Li, H. Masuda, S. Kang, J. Environ. Chem. Rng., 12, 112291 (2024) [3] Fabrication of Porous Particles with Controlled Surface Structures by Barrel Anode Etching T. Yanagishita, S. Ueno, T. Kondo, H. Masuda, J. Electrochem. Soc., 171, 093501 (2024).
Representative Patents: 代表性专利 [1] Air cleaning filters, A. Fujishima, H. Masuda, K. Hosoda, Y. Mao, Ryo, M.Ma (2025)
IV. Academic Appointment 学术兼职

V. Teaching Situation 教学情况
Now supervised 4 graduate students and 2 postdoctoral researchers; 现指导研究生4名，博士后2名；
VI. Awards
[1] Sano Prize (Electrochemical society Jpn,1989) 1989年日本电化学会佐野奖 [2] Achievement Award (Electrochemical Society Jpn, 2020) 2020年日本电化学会功绩奖 [3] Achievement Award (Surface Finishing Society Jpn ,2021) 2021年日本表面技术协会功绩奖