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电磁场理论与微波工程（全英文）
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spContent=电磁场理论与微波工程（全英文）课程内容是电子信息类专业学生应具备的知识结构的必要组成部分，同时又是一些交叉领域的学科生长点和新兴边缘学科发展中不可取代的基础知识。为适应当前科技形势的变化以及全英文课程的教改需要，本课程以预期学习成果设计教学大纲，更新教学内容,持续进行教学改革,自2020年起开展混合式教学实践。电磁场理论部分按照从特殊到一般的体系结构讲解，微波工程部分则结合基本概念和应用案例衔接。在教学方式上突出“以学生为中心”，从学生认识到理解的角度循序渐进式进行讲授，设置导学问题的方式安排学生结合慕课自习预习，通过在线测试，翻转课堂和探究式小课题等完成理论联系实际的教学。在学习专业知识的同时，完成全英文专业教学培养目标。
—— 课程团队
课程概述

This is an introductory undergraduate level course related to the area of Electromagnetic Field Theory and Microwave Engineering. Based on the intuitive knowledge from General Physics electromagnetic part, the Electromagnetic Field Theory derives the theory from scratch via advanced mathematics. It covers the fundamental principles of electromagnetism: vector fields, electro- and magneto- statics, electric and magnetic properties of materials, time varying fields, Maxwell's equations, radiation and propagation of electromagnetic waves, and antenna and antenna system design. Based on the knowledge of Electromagnetics, Microwave Engineering part provides the essential information which distinguishes a microwave engineer apart from a "normal" electrical engineer. A detailed explanation on the fundamental concepts of Microwave Engineering as well as real life examples will be given. The students will be required to master transmission line theory, microwave network theory, impedance matching and tuning, RF components, noise and nonlinear distortion, and microwave system. This course will be taught completely in English, exposing the students to a full English learning environment and preparing them to communicate with foreign professionals in the area.

授课目标

After completing this course, a student should be able to:


1. Recognize basic knowledge of electromagnetic field theory and microwave engineering and identify those

topics/problems from "normal" electrical engineering problems.

2.  Understand electromagnetic field's propagation characteristics and related interactions with matters.

3.  Analyze microwave engineering problems with advanced mathematics, electromagnetic theory and microwave theory and techniques.

Apply electromagnetic fields and microwave technique theory to analyze corresponding electromagnetic

application and microwave component’s performance according to the specific requirements.  Select or build the appropriate model, and solve the problem using numerical computational method to complete he design.

4.   Implement the project design and create research report that meets the academic requirements through the course design report.

课程大纲
预备知识

(1) Mathematical Analysis (Engineering);


(2) College Physics


(3) Complex Function and Equations of Mathematical Physics

参考资料

Robert R. G. Yang Thomas T. Y. Wong, Electromagnetic Fields and Waves, (Second Edition), 高等教育出版社 2013.

David K. Cheng. Field and Wave Electromagnetics, (Second Edition), Addison Wesley Publishing Company 1992.

Daniel Swanson, Wolfgang Hoefer, Microwave Circuit Modeling Using Electromagnetic Field Simulation, Artech House 2003

电磁场理论基础(第3版)，陈重，崔正勤，胡冰编著，北京理工大学出版社，2023年9月第3版。 ISBN：9787576326307