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Smart Glasses Radiation Effects on a Human Head Model at Wi-Fi and 5G Cellular Frequencies

机译:Wi-Fi和5G蜂窝频率下智能眼镜的辐射对人头模型的影响

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摘要

Specific absorption rate and temperature rise distributions in a human head due to electromagnetic energy produced by an adjacent antenna integrated into a smart glasses are evaluated. These distributions are calculated with the use of a dispersive algorithm at 2.4 and 4.9 GHz in a single simulation. This algorithm is based on integrating the Debye model of human head tissues parameters into the finite-difference time-domain method by using the auxiliary differential equation approach and then calculating the SAR and temperature rise distributions in the head with the use of bioheat equation.
机译:评估由于集成在智能眼镜中的相邻天线产生的电磁能量而导致的人头中的特定吸收率和温度上升分布。这些分布是通过在单个仿真中使用2.4和4.9 GHz的色散算法来计算的。该算法基于使用辅助微分方程法将人头部组织参数的Debye模型集成到有限差分时域方法中,然后利用生物热方程计算头部的SAR和温升分布。

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