Scattering results by a 10x10 square array composed of magnetodielectric circular cylinders

The uploaded data include input and result files for a 10x10 square array composed of magnetodielectric circular cylinders, which can be used to obtain electromagnetic scattering behaviors excited by a uniform plane wave. We use the input file to fill up the information of positions, radii, relative permittivity, relative permeability, and numbers of computation modes for elements of the square array. The result files computed by a mode-matching technique (MMT) represent the TEz- and TMz-mode echowidths of observation angles, when the element information is set up by the input file. The MMT is combined with an iterative method named as a shooting and bouncing rays for sparse particles (SBR-SP) to accelerate the computation time of multiple scatterers.