Abstract
Impact of non-integer dimensional (NID) dielectric–magnetic medium on the behavior of power transmitted and reflected from a planar NID Lorentz–Drude slab is analyzed for uniform electromagnetic plane wave excitation. The dispersive slab is terminated by NID dielectric–magnetic medium and dispersion in the slab has been indulge through the Lorentz–Drude model. It is assumed that medium inside the Lorentz–Drude slab and medium backing the slab are NID in direction perpendicular to surface of the slab but their dimensions are described by different NID parameters. According to the characteristics of the model, while the operating frequency increases the NID Lorentz–Drude slab operates as epsilon negative (ENG), double negative (DNG), mu negative (MNG), double positive (DPS) metamaterial respectively. Effect of NID parameter of the terminating medium, dielectric magnetic properties of the terminating medium and impact of their combination on the powers is noted one by one. It is noticed that parameters describing the NID dielectric–magnetic medium significantly change the behavior of powers. These parameters can be effectively used to control the power according to the requirements.
Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
