电脑知识与技术
電腦知識與技術
전뇌지식여기술
COMPUTER KNOWLEDGE AND TECHNOLOGY
2015年
8期
149-150
,共2页
电磁场与电磁波%科研%课堂教学
電磁場與電磁波%科研%課堂教學
전자장여전자파%과연%과당교학
electromagnetic field and electromagnetic wave%scientific research%classroom teaching
电磁场与电磁波这门课程是电子信息工程和通信工程专业的必修课程,也是难点课程。针对电磁场与电磁波概念抽象、公式繁多等特点,改善教学方法,将科研内容与电磁场与电磁波课堂教学相结合,可获得良好的课堂学习效果。通过讲述高斯光束和全反射的实例来体现科研内容融入到电磁场与电磁波课堂教学中,使这门课程的学习更直观形象。
電磁場與電磁波這門課程是電子信息工程和通信工程專業的必脩課程,也是難點課程。針對電磁場與電磁波概唸抽象、公式繁多等特點,改善教學方法,將科研內容與電磁場與電磁波課堂教學相結閤,可穫得良好的課堂學習效果。通過講述高斯光束和全反射的實例來體現科研內容融入到電磁場與電磁波課堂教學中,使這門課程的學習更直觀形象。
전자장여전자파저문과정시전자신식공정화통신공정전업적필수과정,야시난점과정。침대전자장여전자파개념추상、공식번다등특점,개선교학방법,장과연내용여전자장여전자파과당교학상결합,가획득량호적과당학습효과。통과강술고사광속화전반사적실례래체현과연내용융입도전자장여전자파과당교학중,사저문과정적학습경직관형상。
The electromagnetic field and electromagnetic wave, this course is compulsory course of electronic information engineer?ing and communication engineering specialty, is also a difficult course. In view of the concept of electromagnetic field and electro?magnetic wave is various characteristics such as abstraction, formula, improve teaching methods, the research content and electro?magnetic field and electromagnetic wave of classroom teaching, the combination of a good classroom learning effect can be ob?tained. Through the example of gaussian beam and total reflection to reflect the scientific research content into the electromagnetic field and electromagnetic wave in the classroom teaching, make the course more intuitive image of learning.