微奈米力學導論

課程概述與目標: 課程概述與目標: Mechanics in micro/nano scales occurs in many natural and engineering problems, and is crucial for understanding the basic mechanisms of the phenomena and designing the engineering products, from some traditional disciplines such as aerosol science, colloids, and rheology of continuum, to some recent subjects such as microfluidics and nanotechnology. The goal of this course is to provide students knowledges on the mechanics occurring in micro/nanoscales. First, we will study the Brownian motion as the movement and orientation of micro/nano objects are subject to its effect. Next, we will study the mechanics of macromolecules, using protein particles as examples, bridging some concepts from traditional macroscale to micro/nanoscale mechanics. Thirdly, we will study how to exert force/torque to micro/nano particles via electricity, including electrophoresis, dielectrophoresis, electrorotation, travelling wave dielectrophoresis, and electroosmosis, which are effectively tools in many microfluidic devices, especially for biomedical applications. Finally, we will introduce multiple force on particle manipulation.

普通物理 、工程數學

老師講義、課程講解、翻轉教學

出席率10% 上台報告30% 課程筆記30% 期末報告30%

(1) Hunter, R. J., “Zeta potential in colloid science - Principles and Applications,” Academic Press, 1981. (2) Michael P. Hughes, “Nanoelectromechanics in engineering and biology,” CRC Press. (3) Feynman, R. P., Leighton, R. B., and Sands, M., Lectures on physics, volume I, II, III, Addison-Wesley, (1963, 1964, 1965). (4) 李雨, 施博仁, 江宏仁, 趙聖德, 李皇德, 陳瑞琳, 陳冠宇, “奈米科技中的力學,” (第一版) (ISBN:978-986-350-281-4)。臺北市:臺大出版中心。2018年07月。 (5) Journal paper

地點

Office: Room 426, Engineering Building 5

時間

Wed. afternoon. (After class)

聯絡方式

TEL: 886-3-5712121 Ext.55132 E-mail: rayfan@nycu.edu.tw (preferred)