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共面波导激励电磁体积力的数值研究
引用本文:刘宗凯,周本谋,刘会星,纪延亮,刘志刚.共面波导激励电磁体积力的数值研究[J].广东工业大学学报,2011,28(4):22-25.
作者姓名:刘宗凯  周本谋  刘会星  纪延亮  刘志刚
作者单位:南京理工大学瞬态物理重点实验室,江苏南京,210094
摘    要:低频微波在共面波导传输线上是以准TEM(Transverse ElectroMagnetic)模的形式传播,其横向分布的电场和磁场相互作用能够激励出沿导带方向的电磁体积力.通过有限元-棱边元法数值分析了不同频率的激励源对共面波导周围场强分布的影响,并研究了处于特定环境下的共面波导周围的电场、磁场以及电磁体积力的分布情况...

关 键 词:微波  共面波导  电场  磁场  电磁体积力

Numerical Investigation of the Production of Electromagnetic Body Force by Coplanar Waveguide
Liu Zong-kai,Zhou Ben-mou,Liu Hui-xing,Ji Yan-liang,Liu Zhi-gang.Numerical Investigation of the Production of Electromagnetic Body Force by Coplanar Waveguide[J].Journal of Guangdong University of Technology,2011,28(4):22-25.
Authors:Liu Zong-kai  Zhou Ben-mou  Liu Hui-xing  Ji Yan-liang  Liu Zhi-gang
Affiliation:(Key Laboratory of Transient Physics,Nanjing University of Science and Technology,Nanjing 210094,China)
Abstract:Low frequency microwaves propagate through coplanar waveguide in the quasi-static TEM mode,and the cross section electric field and magnetic field interact to produce electromagnetic body force along the coplanar waveguide.It investigated the influence of frequency on the density fields around the coplanar waveguide.The distribution of the electric field,magnetic field and electromagnetic body force in certain conditions was also discussed.The results show that in the same boundary conditions microwaves of lower frequency can lead to larger insertion loss and keep the quality of being better quasi-static TEM mode.The electromagnetic body force along the direction of coplanar waveguide can be produced through the mutual coupling of the electric field and magnetic field.
Keywords:microwave  coplanar waveguide  electric field  magnetic field  electromagnetic body force
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