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Comments on “Electric current and electric field induced in a human body when exposed to an incident electric field near the resonant frequency”

机译:关于“暴露于共振频率附近的入射电场时人体感应的电流和电场”的评论

摘要

[For original paper see R. W. P. King, IEEE Trans. Microwave Theory Tech., vol. 48, no. 9, pp. 147-53 (2000).] The author makes two observations on the original article. The commentator questions whether a seated person is well modeled as a right circular cylinder. The second observation is that King cites only microwave studies on mice to show that electromagnetic radiation causes malignancies. These studies themselves are widely disputed. He then uses simple dimensional scaling to show that 2.45 GHz for a mouse scales to 100 MHz for a man. Such a scaling law may be useful in calculating the resonant frequency for a human subject versus a mouse when treated as antennas, but such scaling is meaningless when the physics of a hypothetical carcinogenic process are unknown.
机译:[有关原始论文,请参见IEEE Trans。R. W. P. King。微波理论技术,第一卷。 48号,第9卷,第147-53页(2000)。]作者对原始文章有两个看法。评论者质疑就座者是否被正确建模为右圆柱体。第二个观察结果是,金仅引用了对小鼠的微波研究,以表明电磁辐射会引起恶性肿瘤。这些研究本身备受争议。然后,他使用简单的尺寸缩放比例来显示鼠标的2.45 GHz比例可以缩放到一个人的100 MHz。这种比例定律在被视为天线时,对于计算人类对象相对于小鼠的共振频率可能是有用的,但是当假设的致癌过程的物理原理未知时,这种比例就没有意义。

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    Bridges William B.;

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  • 年度 2001
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  • 正文语种 {"code":"en","name":"English","id":9}
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