The design, optimization, and analysis of two-dimensional metal-assisted guided mode resonance (MAGMR) based sensing structures have been presented focusing on the visible range of operation. The study has been conducted for square and hexagonal lattice geometries and the sensing properties and performance of the MAMGR structures have been compared with the traditional guided-mode resonance (GMR) structures sharing identical design parameters. The effect of various design parameters on the individual resonant polarization modes has also been investigated and the superior bulk sensitivities of the MAGMR structures have been highlighted in comparison with the GMR structures.

提出了基于二维金属辅助导模共振（MAGMR）的传感结构的设计，优化和分析，重点是可视操作范围。已经对方形和六边形晶格几何结构进行了研究，并将MAMGR结构的感测特性和性能与共享相同设计参数的传统导模共振（GMR）结构进行了比较。还研究了各种设计参数对单个谐振极化模式的影响，并且与GMR结构相比，MAGMR结构的出色的整体灵敏度得到了强调。