In this paper we have carried out numerical simulation and experimental characterization of two variants of SR (Spiral resonator) viz. TTSR (Two-Turn Spiral Resonator) and NBSR (Non Bianisotropic spiral resonator). The numerical simulation of these develop magnetic inclusion structures are done with commercially available Finite Element Method (FEM) based Ansys HFSS-13 simulation software, and transmission experiment using S-parameter retrieval technique. The experimental characterization of those fabricated structures is used in the parallel plate waveguide experiment (not reported earlier) and then validate our experimental results with the Ansys HFSS-13 simulation software; which in not available in any published literature.

翻译：在本文中,我们对两种变异的SR(Spiral resonator),即TTSR(双发螺旋共振器)和NBSR(Non Bianisotrocrocircircircircresontor)进行了数字模拟和实验定性,这些发展磁融合结构的数值模拟是利用商业上可用的基于Finite Elements(FEM)的Ansysy HFSS-13模拟软件,以及利用S参数检索技术进行的传输实验进行的,这些构造结构的试验性定性用于平行的板块波导试验(以前没有报告),然后用HFSS-13模拟软件验证我们的实验结果;这些软件在任何出版的文献中都没有提供。