课程大纲

COURSE SYLLABUS

课程代码/名称

Course Code/Title

微纳传感器与应用

Micro-Nano sensors and applications

课程性质

Compulsory/Elective

专业课 Elective

课程学分/学时

Course Credit/Hours

3/48

授课语言

Teaching Language

中文 Chinese

授课教师 Instructor(s)

王太宏 Wang Taihong

先修要求

Pre-requisites

无

教学目标 Course Objectives

课程学习目标：到课程结束，学生能掌握以下内容：

 MEMS

技术

 微纳传感器原理

 微纳传感器的概念、设计、制作及应用

 大健康传感器



自主驾驶传感器

 无线无源传感器

Course Learning Objectives: By the end of this class, students could master:

 MEMS technology

 Micro-nano sensor principle

 Concept, design, fabrication and application of micro-nano sensors

 Health sensors

 Autonomous driving sensors

 Wireless passive sensors

教学方法 Teaching Methods

理论课 Theory

教学内容 Course Contents

Section 1

MEMS

技术

(week 1)

MEMS technology(week 1)

Section 2

机械微纳传感器

(week 2)

Mechanical micro-nano sensors (week 2)

Section 3

热微纳传感器 (week 3)

Thermal micro-nano sensors (week 3)

Section 4

磁微纳传感器

(week 4)

Magnetic micro-nano sensor (week 4)

Section 5

光学微纳传感器 (week 5)

Optical micro-nano sensors (week 5)

Section 6

辐射微纳传感器 (week 6)

Radiation micro-nano sensors (week 6)

Section 7

化学微纳传感器(week 7)

Chemical micro-nano sensors (week 7)

Section 8

生物微纳传感器(week 8)

Biological micro-nano sensors (week 8)

Section 9

声波传感器(week 9)

Acoustic wave sensors(week 9)

Section 10

微纳传感器在大健康产业的应用

(week 10)

Micro-nano sensor application in health industry (week 10)

Section 11

微纳传感器在应急保障方面的应用

(week 11)

Micro-nano sensor application in emergency support (week 11)

Section 12

微纳传感器在海洋探测方面的应用(week 12)

Micro-nano sensors for marine detection (week 12)

10.

课程考核 Course Assessment

出勤 10%+期中口头报告 20%+课题口头报告 20%+课题书面报告 50%

Attendance 10% + Mid-term Oral Presentation 20% + Project Oral Presentation 20% + Final Project Report 50%

11.

教材及其它参考资料 Textbook and Supplementary Readings

《微纳传感器及其应用》，2010年北京大学出版社出版的图书。作者：朱勇、张海霞。