Electromagnetic Fields and Shock Wave Engineering Fundamentals

Author: Mao Junjie
Publisher:
Publish Date: 2004-05-01
Features: According to the newly compiled undergraduate major catalog by the Ministry of Education, many higher education institutions have merged and restructured their existing undergraduate majors, and correspondingly updated their training programs and curriculum settings, making the scope of majors broader. Based on this, this book, built upon years of experience in undergraduate teaching materials, conducts an in-depth study of the connotation of Information and Communication Engineering and Electronic Science and Technology, merging the original two courses of Electromagnetic Field Theory and Micro-technology Basics into one. Each major can appropriately select and adapt the content of the textbook based on its own characteristics. This book focuses on the fundamental theories and basic analytical methods of electromagnetic fields and microwave technology. Its content includes: field theory, basic experimental laws of macroscopic electromagnetic phenomena, static fields, time-varying electromagnetic fields, the propagation of plane electromagnetic waves in unbounded homogeneous media, the propagation of electromagnetic fields in regionally homogeneous media, guided electromagnetic waves, transmission line theory, microwave network fundamentals, microwave components, and the numerical solution methods of electromagnetic fields—the Finite Difference Method. This book is compiled as a textbook for undergraduate teaching in the disciplines of Information and Communication Engineering and Electronic Science and Technology at higher education institutions, and can also be referenced by engineering technicians engaged in these fields.