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An application of the multi-level DG-FDTD to the analysis of the transmission between a dipole in free-space and an implanted antenna in a simplified body model with various positions

机译:多层DG-FDTD在自由空间中的偶极子与植入式天线在不同位置的简化人体模型中的传输分析中的应用

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We propose to use the advantages of the multi-level dual-grid finite-difference time-domain (DG-FDTD) method to determine, in a short computation time, the transmission between an antenna implanted in a simplified homogeneous body model and a half-wavelength dipole (at 402 MHz) located in free space. The transmission coefficient is determined for four different positions of the body.
机译:我们建议利用多级双栅格有限差分时域(DG-FDTD)方法的优势,在较短的计算时间内确定植入简化的均质体模型中的天线与半天线之间的传输波长偶极子(在402 MHz)位于自由空间中。确定身体四个不同位置的透射系数。

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