Reflection, Transmission and Absorption Spectra of 1D Periodic Structure Containing Hyperbolic Metamaterial

In this work, the optical properties of one dimensional (1D) multilayer structure of traditional dielectric and hyperbolic meta-material are theoretically calculated. Hyperbolic meta-material is the composite of dielectric and plasma material. The reflection, transmission and absorption spectra of the multilayer 1D ternary periodic structure at normal incident have been calculated using transfer matrix method (TMM). We have theoretically analyzed the reflection, the transmission and the absorption spectra against frequency are affected with the variation variable parameters of optical constant of the material. The calculated results reveals that an innovative idea to design the tunable filter, optical window, optical logic gate, broadband reflector and absorption-based devices.