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DCP-FDTD Analysis of an InSb-Coated Dielectric Cylinder Array in the THz Regime
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DCP-FDTD Analysis of an InSb-Coated Dielectric Cylinder Array in the THz Regime
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Conference Proceeding
DCP-FDTD Analysis of an InSb-Coated Dielectric Cylinder Array in the THz Regime
2021
Overview
The dispersive contour-path (DCP) finite-difference time-domain (FDTD) method is extended to the analysis of arbitrarily shaped dispersive media at terahertz frequencies. For the analysis of a grating consisting of InSb-coated dielectric cylinders, the computation time of the DCP-FDTD method is shown to be reduced to less than 20%, when compared with the traditional technique. The coupling behavior of the field to the substrate is also explained using the phase matching condition.
Publisher
Applied Computational Electromagnetics Society
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