This study employed single symmetry split-ring resonator (SRR) to implement biosensor applications. The behavior of the applied mechanism was observed comprehensively by altering the substrate refractive index. Also, numerical functions were evaluated using CST microwave studio, while the Maxwell’s equation was resolved by finite integration technique (FIT). Furthermore, impedance of SRR metamaterial tends to reduce by increasing the refractive index for both the substrate and initial substance. These conditions consequently influenced the permittivity and the permeability. However, permittivity was presented with a significant modification for separate refractive index values, but was not the case for permeability. Meanwhile, both properties obtained varying amplitudes under distinct refracted conditions.

这项研究采用单对称开口环谐振器（SRR）来实现生物传感器应用。通过改变基材的折射率，可以全面观察所应用机制的行为。此外，使用CST微波工作室评估了数值函数，同时通过有限积分技术（FIT）解析了麦克斯韦方程。而且，SRR超材料的阻抗趋于通过增加衬底和初始物质两者的折射率来减小。因此，这些条件影响介电常数和磁导率。但是，介电常数是对单独的折射率值进行了显着修改的，但对于磁导率却并非如此。同时，两种性质在不同的折射条件下均获得了变化的幅度。