二维TE波的FDTD编程

资 源 简 介

二维FDTD TE波圆柱仿真

详 情 说 明

The 2D Finite-Difference Time-Domain (FDTD) method is a numerical technique used to solve electromagnetic problems. In particular, it can be used to simulate TE waves propagating around a cylindrical object. This simulation is useful for studying the behavior of electromagnetic waves in different environments and can provide insights into how to optimize the performance of antennas or other devices that rely on electromagnetic waves. By using the FDTD method, researchers can explore a wide range of parameters and conditions to gain a deeper understanding of the behavior of TE waves. Additionally, this method can be extended to simulate other types of electromagnetic waves and geometries, making it a versatile tool for electromagnetic research.