The electromagnetic parameters of microwave absorbing materials are important criteria when appraising the properties of absorbents. For reconstruction of parameters which belongs to the inverse scattering problem, th...The electromagnetic parameters of microwave absorbing materials are important criteria when appraising the properties of absorbents. For reconstruction of parameters which belongs to the inverse scattering problem, the test data in requirement of traditional impedance method are "just enough" and not "redundant" to comprehensively evaluate the electromagnetic properties of materials. A novel optimization approach involving multiple impedance measurements is introduced in this paper to implement automatic measurement for electromagnetic parameters on microwave slot-line. Some results for standard samples and microwave absorbing materials are given.展开更多
I. INTRODUCTION In recent years, relativistic Vlasov equation combined with classical electromagnetic theory has found its wide application in electron cyclotron resonance maser (ECRM).As we all know, the significance...I. INTRODUCTION In recent years, relativistic Vlasov equation combined with classical electromagnetic theory has found its wide application in electron cyclotron resonance maser (ECRM).As we all know, the significance of the first order perturbation展开更多
文摘The electromagnetic parameters of microwave absorbing materials are important criteria when appraising the properties of absorbents. For reconstruction of parameters which belongs to the inverse scattering problem, the test data in requirement of traditional impedance method are "just enough" and not "redundant" to comprehensively evaluate the electromagnetic properties of materials. A novel optimization approach involving multiple impedance measurements is introduced in this paper to implement automatic measurement for electromagnetic parameters on microwave slot-line. Some results for standard samples and microwave absorbing materials are given.
文摘I. INTRODUCTION In recent years, relativistic Vlasov equation combined with classical electromagnetic theory has found its wide application in electron cyclotron resonance maser (ECRM).As we all know, the significance of the first order perturbation
