2006-01-012024-05-15https://scholars.lib.ntu.edu.tw/handle/123456789/665348摘要：光觸媒之特性功能及效率為其重要之條件，但設計一適當之反應器使其發揮產能功效，更是邁向實用化之重要步驟。如何配合光觸媒型態及其特性，設計最適質傳、熱傳及光利用方式，是本計畫工作之方向。因此計畫內容包含各種光化學反應器之優劣評估與光觸媒製備、觸媒塗佈技術，應用於各種光化學反應器(例如顆粒狀觸媒及薄膜型觸媒)中之蓋概念設計與反應動力學、輸送現象理論模式分析。<br> Abstract: The characteristics and photo efficiency are important factors of photocatalysts. However, the proper design of a reactor with a maximum yield is a crucial step toward commercial practice. How to integrate photocatalysts, characteristics, optimal design, heat transfer and photo-energy utilization in a photoreactor is the objective of this proposal. Therefore, we will engage the following tasks including, the comparisons of photo reactors in literature survey, synthesis of photocatalysts, coating technique, concept of photoreactor applications (e.g., particle or thin-film types), photochemical kinetics, transport phenomenon and theoretical simulation analysis.光化學反應器二氧化鈦光觸媒光纖photo reactorTiO2photo catalysisoptical fiber