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The transmission factor from a 20 mm dipole antenna immersed in the human body equivalent liquid (HBEL) and the deionized water to the outside are investigated using the FDTD analysis and the measurement. Both calculated and measured transmission factor using the mixed-mode S-parameter method are shown good agreement. It is observed that the transmission factor increases as the frequency decreases...
Measurement result of dipole antennas in deionized water is compared with numerical analysis. The results of FDTD simulation and measurement are shown good agreement. Maximum transmission coefficient of ™25 dB through the 74 mm thick deionized water was obtained.
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