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Analysis of biological effects and limits of exposure to weak magnetic fields

机译:分析生物效应和暴露于弱磁场的极限

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Adverse biological outcomes due to thermal effects of exposure to high power magnetic fields are well understood and are the basis for standards for limiting human exposure to such fields. Over the past few decades a controversy has arisen over possible adverse biological effects due to exposure to weak, low frequency magnetic fields. This paper involves a critical analysis of the voluminous literature with a view to a theoretical investigation and comparison of the most prominent limits of exposure to weak magnetic fields and geomagnetic field to elucidate the main points of contention. Most of the weak magnetic fields that have been used in these experiments are below international exposure limits and quite a few fields are below Adair's minimum theoretical exposure limit. There is a large variation in the response of biological systems for various AC magnetic field strength to frequency ratio with no clear correlation. These results demonstrate that characterizing the biological effects by AC magnetic field strength to frequency ratio does not appear to be a reliable technique.
机译:由于暴露于高功率磁场的热效应而产生的不良生物学结果已广为人知,并且是限制人类暴露于此类磁场的标准的基础。在过去的几十年中,由于暴露于弱的低频磁场而可能引起的不利生物学影响引起了争议。本文涉及对大量文献的批判性分析,以期进行理论研究并比较暴露于弱磁场和地磁场的最主要限制,以阐明争论的要点。这些实验中使用的大多数弱磁场都低于国际暴露极限,并且相当多的磁场都低于Adair的最低理论暴露极限。生物系统对各种交流磁场强度与频率之比的响应存在很大差异,但没有明显的相关性。这些结果表明,通过交流磁场强度与频率之比来表征生物效应似乎不是一种可靠的技术。

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