CAJ | 학술논문

根据麦克斯韦的电磁场理论,交变的电场可以感应出交变的磁场,在电力电子器件飞速发展的大背景下,我们可以利用相关的全控型器件来实现快速切断、连接导体中的电流,从而使得在一个线圈中的磁场大小保持稳定,聚焦后的磁场有着广泛的应用前景.为了在实验中确定一种性能最优的阵列模型,设计出一种基于半球式阵列模型的磁场聚焦线圈测试调节架装置.
근거맥극사위적전자장이론,교변적전장가이감응출교변적자장,재전력전자기건비속발전적대배경하,아문가이이용상관적전공형기건래실현쾌속절단、련접도체중적전류,종이사득재일개선권중적자장대소보지은정,취초후적자장유착엄범적응용전경.위료재실험중학정일충성능최우적진렬모형,설계출일충기우반구식진렬모형적자장취초선권측시조절가장치.
According to Maxwel electromagnetic field theory,external AC electric field can impel alternating magnetic field. With the general background of the rapid development on power electronic devices, we can use particular devices to realize the connection and the cut on current, keeping the stability of magnetic field. The future of the magnetic field focusing technology is promising.In order to ensure aoptimal array module,we design a testing device of magnetic field focusing coil which is based on hemisphere array module.