In this simulation work, we analyze a ternary photonic crystal composed of polymer,
metamaterial and Silicon with the help of simple transfer matrix method. First, it is noted that …

We explore one-dimensional photonic crystal structure with defect layer to be used as
optical sensor to detect waterborne bacteria in pure water. The transmission spectra of the …

A symmetric one-dimensional photonic crystal configuration with defect layer is proposed for
an optical gas sensor based device application. Here, Silicon and Si 3 N 4 are considered …

A symmetrical one-dimensional photonic crystal structure with double defects is
investigated. The transfer matrix method is used to investigate the transmission …

For possible uses in the THz frequency range, we investigated the one-dimensional gyroidal
superconductor photonic crystals in the current work. In this regard, each unit cell is …

A lossy double-negative index and air are used to investigate one-dimensional periodic and
quasi-periodic multilayered structure using the transfer-matrix method. The transmittance of …

In this paper, optical properties of one dimensional ternary metamaterial photonic crystal
structures are studied. This structure is composed as (ENG/dielectric/MNG) N with N number …

In this paper, the transmission characteristics, of an asymmetric periodic structure of air/LHP‐
MCP is considered as LHPPC, are determined. In this study, the same structure with …

In this short note, we introduce an optical filter that exhibits independence from unit cells
within a one-dimensional photonic crystal. Our study focuses on a one-dimensional binary …

In this paper, we investigated the performance of a 2-D square lattice photonic crystal
channel drop filter by varying horizontal cavity dimensions. Computational analysis revealed …