1. 本課程是一門綜合自然科學和工程科學的交叉性學科。
2. 奈米科技的影響日益重大，對其基礎瞭解和廣泛應用以及對環境上的問題，都是學生應該確實去瞭解及學習的學問。
3. 在課堂教學的角度，培養學生對奈米科技之理解進而瞭解其對環境的影響。

1. This course is an interdisciplinary subject integrating natural science and engineering science.
2. The impact of nanotechnology is becoming increasingly important. A basic understanding of nanotechnology, its widespread applications, and environmental issues are all subjects that students should truly understand and learn.
3. From the perspective of classroom teaching, cultivate students’ understanding of nanotechnology and its impact on the environment.

本課程是一門綜合自然科學和工程科學的交叉性學科。 2. 奈米科技的影響日益重大，對其基礎瞭解和廣泛應用以及對環境上的問題，都是學生應該確實去瞭解及學習的學問。 3. 在課堂教學的角度，培養學生對奈米科技之理解進而瞭解其對環境的影響。

This course is an interdisciplinary subject integrating natural science and engineering science. 2. The impact of nanotechnology is becoming increasingly important. A basic understanding of nanotechnology, its widespread applications, and environmental issues are all subjects that students should truly understand and learn. 3. From the perspective of classroom teaching, cultivate students’ understanding of nanotechnology and its impact on the environment.

Nanotechnology: environmental implications and solutions. Wiley-Interscience; 1 edition (March 28, 2005)

Nanotechnology: environmental implications and solutions. Wiley-Interscience; 1 edition (March 28, 2005)