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Study on Facile Preparation of Composite Photocatalyst Based on Titanium Dioxide and Their Photocatalytic Hydrogen Evolution Performance
As an important area in the field of advanced materials, TiO2-based photocatalysts have always been researched hot pots. At present, most of the applications of TiO2-based photocatalysts are still in the experimental stage. This research uses commercial TiO2 as the main material and aims to simplify the synthesis method and reduce the experimental cost. This work uses the co catalyst as the starting point to investigate a metal co-catalyst, sulfide co-catalyst, and phosphide co-catalyst. Cu, MoSx and MoP are respectively used to construct a catalytic system to improve the photocatalytic hydrogen production ability of the material. Good loading methods are applied, such as in-situ photo-deposition, ultrasonic adsorption, etc., to optimize the synthesis steps, promote the transfer of electrons and holes between the different materials and improve the photocatalytic performance of the composite materials. The photocatalytic reaction mechanism was revealed by studying the morphology of the catalyst, the combination mode, the separation efficiency of the photogenerated carriers, and the photocatalytic hydrogen production activity under ultraviolet light. The results of this study provide technical support and a theoretical basis for the design and preparation of low-cost, simple and efficient photocatalytic systems.application/pdfdepartmental bulletin pape
Utilization of Silanes in Novel Preparation of Functional Nanoparticles and Ceramic Composite
名古屋工業大学博士(工学)Doctor of Engineering主査:白井 孝doctoral thesi
Study on facile preparation of composite photocatalyst based on titanium dioxide and their photocatalytic hydrogen evolution performance
名古屋工業大学博士(工学)Doctor of Engineering主査:藤 正督doctoral thesi
Transformer-Based Single-Stage Differential and Multilevel Converter Topologies and Its Control Techniques
名古屋工業大学博士(工学)Doctor of Engineering主査:竹下 隆晴doctoral thesi
Network Delay Mitigated Remote Robot Control with Force Feedback for Improved QoS
名古屋工業大学博士(工学)Doctor of Engineering主査:石橋 豊doctoral thesi