電化學與仿生科技導論

本課程以電化學為主,共有兩個重點,第一個是介紹電化學相關的仿生科技,第二個是介紹電化學的基本原理。仿生學是研究以模仿生物系統的長處而發展出來的科學,例如魔鬼氈的發明是模仿芒刺的構造而來。本課程的仿生科技主要著重在化學、醫學、電子仿生等,並藉此帶入電化學的相關研究。電化學的基本原理則包含了電化學平衡、電雙層理論、電化學之分離方法、電化學生物感測器與分析、電池導論、安培法與伏安法、光電化學的應用等等。課程的目的是希望能讓學生具備創意的思考,電化學技術領域之專業知識,以便將來進一步運用到相關研究上。 The main goal of this course is to understand the concepts of electrochemistry. This course is composed of two main parts. The first part is the introduction of bionic technology related to electrochemistry, and the second part is to explain the basic principles of electrochemistry. Bionics is the application of biological systems found in nature to the design of engineering systems. For example, the invention of “VELCRO” is inspired by the structure of burrs. This course focuses on three bionic technologies: chemical, medical, and electronic bionics. In order to understand the relevant research of bionics in electrochemistry, the basic principles of electrochemistry will be explained. In this course, the students will gain the knowledge of electrochemical analytical methods, amperometry, voltammetry, galvanic cells, photoelectrochemical applications and electrochemical biosensors. The goal of this course is to promote the creative thinking of students and to gain knowledge of electrochemistry for doing relevant research in the future.

期中考Midterm Exam:30%,期末考Final Exam:30%,分組報告及小考Oral presentation/Quiz:20%,作業Homework:10%,出席率及課堂表現class participation:10%

1.Electrochemical Methods: Fundamentals and Applications, by Allen J. Bard 2.Electrochemistry, by Carl H. Hamann 3.Analytical and Physical Electrochemistry, by Hubert H. Girault 4.Literatures, Youtube vedios and TED for introducing latest research topics