关于移动通信的选定卫生和法律问题

P. Mandl, P. Pezzei, David Veit, E. Leitgeb
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引用次数: 1

摘要

未来几年,对无线通信的需求将急剧增长。越来越多的移动终端设备需要高数据速率连接,例如智能家居(物联网,IoT)或互联网。5G技术将彻底改变基站和移动终端设备的辐射功率模式。因此,由于大多数无线连接都是通过射频技术实现的,因此未来的电磁暴露特别是对人体的电磁暴露将会增加。在这篇文章中,提出了两种不同的测量设置。第一幅图显示了在数天的时间跨度内,由移动电话供应商供电的基站的电磁辐射。第二,计算出在接收值非常差的区域中,手持移动终端设备对人头的电磁辐射。将这些测量结果与法定限值和健康限值进行比较。有关基站的所有测量和计算结果均在法定接触限值之内。在接收值非常差的地区,移动设备的法定暴露限值超过了两次。对于预期的更高带宽和相应的更高的人体电磁暴露,必须定期测量以符合辐射限值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selected health and law issues regarding mobile communications
Over the next years the demand of wireless communication will increase tremendously. More and more mobile end devices require a high data rate connection e.g. to a smart home (Internet of Things, IoT) or to the internet. The radiation power pattern of base stations and mobile end devices will completely change for the 5G technology. Therefore the electromagnetic exposure especially to human body will increase in the future, because most of the wireless connections are realized in RF technology. In this contribution two different measurement setups are presented. The first shows the electromagnetic radiation regarding a base station powered by a mobile phone provider over a timespan of a number of days. The second figures out the electromagnetic radiation of a handheld mobile end device to a human head in an area with very poor reception values. The results of those measurements where compared with legal and health limits. All measured and calculated results regarding the base stations were within the legal exposure limits. The calculated legal exposure limits of mobile devices were exceeded twice in areas within very poor reception values. Regarding the expected higher bandwidth and corresponding higher electromagnetic exposure to human bodies in future there have to be periodic measurements to comply with radiation limits.
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