华中科技大学光学与电子信息学院.docx

1、华中科技大学光学与电子信息学院 光学与电子信息 学院集成电路工程领域、软件工程领域学位硕士研究生课程简介课程名称：天线原理与设计课程代码：182.576课程类型：公共课 专业必修课 专业课程 其它： 考核方式：考查 教学方式：讲授适用领域：软件工程适用层次： 硕士 博士开课学期：秋总学时：32学分：2先修课程要求：182.B03电磁场与电磁波课程组教师姓名职 称专 业年 龄学术方向王晓川讲师电磁场与电磁波31微波技术与天线课程负责教师教育经历及学术成就简介：教育经历 2005年7月，毕业于华中科技大学 电子科学与技术系，获得工学学士学位； 2010年7月，毕业于华中科技大学 电子科学与技术系，

2、获得工学博士学位； 2010年9月，留校任教，讲师。学术成就主要研究方向为微波技术与天线，该方向是“电子信息功能材料教育部重点实验室（B类）”重点建设方向。作为主要负责人，参与的研究项目包括：基础科研一项、北斗二代卫星导航系统预研项目一项、博士点基金项目以及企业横向合作项目等多项。目前已在国内外重要刊物上发表文章十余篇，多篇文章被SCI、EI收录。课程教学目标：天线是无线电通信、广播、导航、雷达、测控、微波遥感、射电天文以及电子对抗等各种民用和军用无线电系统必不可少的设备之一。天线与电波传播的理论与技术研究作为组成无线电科学的重要分支学科，具有广泛实用意义与科学意义，其研究成果将直接影响电磁波

3、工程系统的整体水平。本课程作为研究生阶段选修课，其主要任务是使学生在学习过电磁场与电磁波等基础课程后，进一步掌握天线理论的基本概念和基本分析方法、典型天线的工作原理和设计思想以及无线传播的相关概念，培养学生的分析问题和解决问题的能力，为今后从事天线理论研究与工程设计工作打下坚实的基础。课程大纲：（章节目录）第一章 绪论1.1 无线应用介绍1.2 天线的功能1.3 天线发展概况及方向1.4 天线的分类第二章 电波传播理论2.1 电波传播基本理论2.2 电波传播模式第三章 基本辐射单元与天线基本参数3.1 麦克斯韦方程3.2 边界条件与唯一性定理3.3 坡印廷矢量3.4 辐射问题中的麦克斯韦方程组

4、的求解3.5 矢量位与标量位3.6 点源的概念3.7 电基本振子的辐射3.8 天线的基本参数3.9 磁基本振子的辐射3.10 对偶原理与广义麦克斯韦方程组3.11 镜像原理3.12 等效原理3.13 惠更斯元与巴比涅原理3.14 理想缝隙天线第四章 对称振子天线4.1 对称振子天线的场求解4.2 场区的划分4.3 等效传输线法4.4 感应电动势法4.5 平衡不平衡转换第五章 天线的测试及商用设计软件5.1 接收天线理论5.2 互易定理5.3 极化效率5.4 接收天线参数5.5 天线的测量场地5.6 天线的测量设备5.7 不同天线参数的测量方法5.8 商用天线设计软件第六章 阵列天线6.1 二元

5、阵及方向性相乘原理6.2 均匀直线阵第七章 典型线天线7.1 水平同相天线7.2 八木天线7.3 基站天线7.4 单极子天线7.5 螺旋天线7.6 四臂螺旋天线7.7 背射天线第八章 行波天线与非频变天线8.1 行波天线基本概念与理论8.2 行波长导线天线8.3 菱形天线8.4 非频变天线基本概念与理论8.5 平面等角螺旋天线8.6 阿基米德螺旋天线8.7 对数周期天线第九章 微带天线9.1 微带天线的分类9.2 微带天线辐射机理9.3 线极化微带天线设计9.4 微带天线小型化技术9.5 微带天线宽带与多频带技术9.6 微带天线圆极化技术9.7 圆极化微带天线设计第十章 缝隙天线与介质谐振器天

6、线10.1 缝隙天线的物理模型10.2 平板缝隙天线10.3 波导缝隙天线阵10.4 介质谐振器天线第十一章 喇叭天线11.1 喇叭天线的分类与最优喇叭尺寸11.2 矩形喇叭11.3 圆锥喇叭11.4 加脊喇叭11.5 波纹喇叭第十二章 反射面天线与透镜天线12.1 平面反射器天线12.2 直角反射器天线12.3 抛物面反射器天线12.4 球面反射器天线12.5 卡塞格伦天线12.4 透镜天线第十三章 特殊功能天线13.1 可重构天线13.2 单脉冲天线13.3 智能天线13.4 相控阵天线13.5 合成孔径雷达第十四章 典型天线设计实例教材： 天线与电波传播理论 闻映红 清华大学出版社主要参

7、考书：（1）天线理论分析与设计，C.A.巴拉尼斯，钟顺时等译，电子工业出版社（2）天线与电波传播，宋铮 等，西安电子科技大学出版社（3）天线与电波传播，王增和，机械工业出版社（4）天线与电波，周朝栋，西安电子科技大学出版社（5）天线原理，魏文元 等编 国防工业出版社 （6）天线原理，王朴中 等编 清华大学出版社（7）天线原理与设计，康行健 编 国防工业出版社（8）天线原理与设计，谢处方、邱文杰，西安电子科技大学出版社 研究生课程简介课程名称： Antenna Theory and Design课程代码：182.576课程类型：Elective Course for Master Degree

8、Students考核方式：Check 教学方式：Lecturing适用领域：Information Materials and Components of Electronics 开课学期：Fall 总学时：32学分：2先修课程要求：182.B03 Electromagnetic Fields & Electromagnetic Waves课程组教师姓名职 称专 业年 龄学术方向 Xiaochuan WangLecturerElectromagnetic Fields & Electromagnetic Waves 30Microwave Technique and AntennaCourse

9、 Team Teacher Education Experience and Academic Qualification：Education Experience: Jul,2005 Graduated from Huazhong University of Science and Technology ,Department of Electronic Science & Technology, Master Degree Jul,2010 Graduated from Huazhong University of Science and Technology ,Department of

10、 Electronic Science & Technology, PhD Degree Sep,2010 as a Lecturer Academic Qualification：The main research field is Microwave Technique and Antenna, which is a key construction direction of the Key Lab of Functional Materials for Electronic Information (B). MOE. As a principal, participates in res

11、earch project such as basic research, pre-research program of second generation of Beidou satellite navigation system, doctoral program of the Ministry of Education as well as horizontal cooperation items among enterprises, etc. Up to now, has published more than ten papers at important journals at

12、home and abroad, and most included by SCI & EI.Teaching goal:Antenna is one of the indispensable equipment used in all kinds of civil and military radio systems such as radio communication, broadcasting, navigation, radar system, measurement and control, microwave remote sensing, radio astronomy, an

13、d electronic warfare. Research of theory and technology of antenna and radio propagation as an important branch of radio science, is an applied basic discipline and interdisciplinary with Extensive practical significance and scientific significance, and the research results will have a direct impact

14、 on the overall level of electromagnetic engineering system. As a postgraduate elective course, the main task of the course is to make students further grasp the basic concepts of antenna theory, the basic analysis methods , the working principles and the design ideas of typical antennas and related

15、 concepts of radio propagation, after they study the foundation courses such as electromagnetic field and electromagnetic wave. This course can also help student cultivate their abilities to analyze and solve problems, and lay a solid foundation for that they engage in theoretical research and engin

16、eering design of antenna in the future.Course outline:Chapter 1 Introduction1.1 Introduction of antenna applications1.2 Function of antenna1.3 Development situation and direction of antenna1.4 Classification of antennaChapter 2 Theory of radio propagation2.1 Basic theory of radio propagation2.2 Mode

17、s of radio propagationChapter 3 Basic radiation unit and antenna parameters3.1 Maxwells equations3.2 Boundary conditions and the uniqueness theorem3.3 Poynting vector3.4 Solution of maxwells equations in the radiation problems3.5 Vector potential and scalar potential3.6 Concept of point source3.7 Ra

18、diation of basic electric dipole3.8 Basic parameters of antenna3.9 Radiation of basic magnetic dipole3.10 Duality principle and generalized maxwells equations3.11 Image theory3.12 Equivalence principle3.13 Huygens element and 3.14 Ideal slot antennaChapter 4 dipole antenna4.1 Field solver of dipole

19、antenna4.2 Division of field region4.3 Method of equivalent transmission line4.4 Method of induction electromotive force4.5 Transformation between balance and imbalance Chapter 5 Test of antenna and commercial design software5.1 Theory of receiving antenna5.2 Reciprocity theorem5.3 Efficiency of pol

20、arization5.4 Parameters of receiving antenna5.5 Measuring sites of antenna 5.6 Measuring equipments of antenna5.7 Measuring methods of different parameters of antenna5.8 Commercial software of antenna designChapter 6 Array antenna6.1 Binary array and directional multiplication principle6.2 Uniform l

21、inear arrayChapter 7 Typical wire antenna7.1 Co-phased horizontal antenna7.2 Yagi antenna7.3 Base station antenna7.4 Monopole antenna7.5 Helix antenna7.6 Quadrifilar helix antenna7.7 Backfire antennaChapter 8 Traveling wave antenna and frequency independent antenna8.1 Basic concept and theory of tra

22、veling wave antenna8.2 Traveling wave long wire antenna8.3 Rhombic antenna8.4 Basic concept and theory of frequency independent antenna8.5 Planar equiangular spiral antenna8.6 Archimedean spiral antenna8.7 Log-periodic antennaChapter 9 Microstrip antenna9.1 Classification of microstrip antenna9.2 Ra

23、diation mechanism of microstrip antenna9.3 Design of linearly polarized microstrip antenna9.4 Miniaturization technologies of microstrip antenna9.5 Broadband and multiband technologies of microstrip antenna9.6 Circular polarization technology of microstrip antenna9.7 Design of circular polarization

24、microstrip antennaChapter 10 Slot antenna and dielectric resonator antenna10.1 Physical mode of slot antenna10.2 Tablet slot antenna10.3 Waveguide slot antenna array10.4 Dielectric resonator antennaChapter 11 Horn antenna11.1 Classification of horn antenna and the optimal speaker size11.2 Rectangula

25、r horn11.3 Conical horn11.4 Clip ridge horn11.5 Corrugated hornChapter 12 Reflector antenna and lens antenna12.1 Planar reflector antenna12.2 Rectangular reflector antenna12.3 Paraboloid reflector antenna12.4 Spherical reflector antenna12.5 Cassegrain antenna12.6 Lens antennaChapter 13 Special funct

26、ion antenna13.1 Reconfigurable antenna13.2 Monopulse antenna13.3 Smart antenna13.4 Phased array antenna13.5 Chapter 14 Typical examples of antenna designTextbook: Antenna and Theory of Radio Propagation Wen Yinghong Tsinghua University PressMain reference books:(1) Antenna theoryanalysis and design,

27、 C.A. Bala Nice, Zhong Shunshi etc Translated, Electronic Industry Press.(2) Antenna and radio propagation, Song Zheng etc, Xidian University Press.(3) Antenna and radio propagation, Wang Zenghe, .(4) Antenna and radio wave, Zhou Chaodong, Xidian Press.(5) , Wei Wenyuan etc edit, National Defense Industry Press.(6) , Wang Puzhong etc edit, Tsinghua University Press.(7) theory and design of antenna, Kang Xingjian edit, National Defense Industry Press.(8) theory and design of antenna, Xie Chufang, Qiu Wenjie, Xidian University Press.