The Analysis of Electromagnetic Field Impact of Mobile Communication Antennas: The Case Study of Lombardy, Italy

ENTRENOVA 2017: Proceedings Pub Date : 2017-09-07 DOI:10.2139/ssrn.3282592

Virtyt Lesha, Besmira Kuqi

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Abstract

The analysis of electromagnetic field of mobile communications antennas is a very widespread method in the technology of telecommunications systems and it is closely connected with the laws in force of E.U regarding impact of these waves on human health. It makes possible the assessment of the field of electromagnetic waves created by cellular antennas. The study in question in this paper deals with a specific case of a project implemented in Bergamo, Italy. In this project, it was made possible, through the program AutoCad and EMLab simulator, the designing of buildings within a radius of 150 m from the tower where the antennas stay and the simulation the electromagnetic waves that penetrate in the building in question. This study treats the case, where current electromagnetic waves penetrate through areas where people stay for more than 4 hours, and where the size of the electromagnetic wave magnitude is bigger than 6V / in conflict with the current EU law on the issue of electromagnetic non-ionizing waves. Once the problem is evidenced, we have given the necessary recommendations to avoid as much as possible the penetration of electromagnetic according the directives mentioned above.

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移动通信天线电磁场影响分析——以意大利伦巴第为例

对移动通信天线的电磁场进行分析是电信系统技术中非常普遍的一种方法，它与欧盟有关这些电磁波对人体健康影响的现行法律密切相关。它使评估由蜂窝天线产生的电磁波场成为可能。本文所讨论的研究涉及在意大利贝加莫实施的一个项目的具体案例。在本项目中，通过AutoCad程序和EMLab模拟器，设计了天线所在塔半径150 m范围内的建筑物，并模拟了穿透建筑物的电磁波。本研究处理当前电磁波穿透人们停留超过4小时的区域，且电磁波量级大于6V /的情况，这与现行欧盟法律关于电磁非电离波的问题相冲突。一旦问题被证明，我们已经给出了必要的建议，以避免尽可能多的电磁穿透根据上述指令。

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