Abstract
The Finite-Difference Time-Domain (FDTD) is widely used in electromagnetic exposure analysis in high-resolution models such as the human body. The required analysis time, however, extremely increases when a standard FDTD technique is used in a band below the intermediate frequency. In this paper, the difference between the modified quasi-static FDTD method and the theoretical solution was analyzed by calculating the induced electric field in the dielectric sphere from the incident electric field and magnetic field, respectively.
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