| Kazuo Hosoda (细田和夫) | ||
Title职称 | Professor教授 | ||
Hold office任职 | Principal Investigator (PI) | ||
Mentor type导师类型 | Doctoral supervisor and master supervisor 博导/硕导 | ||
Discipline and specialty学科类别 | Photocatalysis, Electrochemistry 光催化、电化学 | ||
Phone电话 | 199-2109-1208 | ||
Mailbox邮箱 | Hoskazu225@ymail.ne.jp | ||
I. Learning and working experience教育与工作背景 | |||
1971 年 3 月 | 东洋大学工学院应用科学专业Department of Applied Science, Faculty of Engineering, Toyo University | 本科毕业Bachelor degree | |
1973 年 3 月 | 东洋大学工学研究生院应用化学专业Major in Applied Chemistry, Graduate School of Engineering, Toyo University | 取得硕士学位Master degree | |
1977 年 4 月 | 入职三好油脂株式会社Joined Miyoshi Oil & Fat Co., Ltd. | 职员Staff | |
1994 年 4 月 | 油化技术部Oil Chemical Technology Department | 首席研究员Senior Researcher | |
2000 年 4 月 | 油化技术部Oil Chemical Technology Department | 研发室室长Manager, Research & Development Office | |
2007 年 | 油化技术部Oil Chemical Technology Department | 油化事业部董事、油化事业部部长Director & General Manager, Oil Chemical Division | |
2013 年 4 月 | 入职优维克斯株式会社Joined Uvix Co., Ltd. | 担任顾问Advisor | |
2014 年 4 月 | Uvix株式会社Uvix Co., Ltd. | 研发总部部长General Manager, Research and Development Headquarters | |
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 | |
II. Research direction 研究方向 | |||
Research and Development of Integrated Photocatalytic Ultra-Pure Water Purification Equipment (整体式光催化超纯水净化装备研发) Development of photocatalytic air purifiers for specific indoor environments (针对特定室内场所的光催化空气净化器研发) | |||
III. Scientific Research Achievements科研成果 | |||
A writing titled Photocatalyst-supported Titan Mesh “TMiP” and Its Application was published in Industrial Materials in 2019. Continuous technical research and development have been carried out on this photocatalytic titanium mesh material system, with a total of 227 domestic patents in Japan and 37 overseas patents obtained, establishing a complete layout of independent intellectual property rights. 发表著作《负载光催化钛网「TMiP」及其应用》于 2019 年《工业材料》，围绕该光催化钛网材料体系持续开展技术研发，累计取得日本国内专利 227 件、海外专利 37 件，形成完善的自主知识产权布局。 | |||
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 Writings: 代表性著作 [1] 光触媒担持titan mesh「TMiP」and its applycation. 工業材料,2019年.
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Representative Patents: 代表性专利 [1] 益田秀树, 细田和夫, 毛昱莹, 赵占冲, 凌杨, 藤岛昭. 光催化液体处理装置及其制造方法和应用[P]. 上海理工大学, 2026-01-09, CN121288727A. | |||
IV. Academic Appointment 学术兼职 | |||
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V. Teaching Situation 教学情况 | |||
Now supervised 2 graduate students; 现指导研究生2名； | |||
VI. Awards | |||
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