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Operational and Biological Effects Zones from Base Stations of Cellular Telephony

机译:来自蜂窝电话的基站的运营和生物学效应区

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The possible environmental impacts of cellular base stations are operational and biological. The operational effects comprise Εlectro-Μagnetic Interference (EMI), lightning alterations and aesthetic degradation. Both thermal and non-thermal biological effects depend on the absorption of UHF radiofrequencies used. We measured, calculated and estimated the impact zones. The results are: (a) The lightning lethal zone equal to the antenna height, (b) the EMI impact in a zone up to 40m and (c) the ICNIRP's limits exceed to a zone of 8~20m into the antenna's radiation pattern (for 2G GSM and 3G UMTS station). Finally we conclude the adverse effects must not expected in a zone of more than 150m from the radiated antenna, whereas, there is possibility of stochastic effects in intermediate distances (20/40-150m).
机译:细胞基站可能的环境影响是运作和生物学的。操作效应包括ε光谱 - μ磁干扰(EMI),雷电改变和美学劣化。热和非热生物学效应都取决于所用UHF射线的吸收。我们测量,计算并估计了冲击区域。结果是:(a)闪电致命区等于天线高度,(b)在40米和(c)区域的EMI影响到40米和(c)的限制超过8〜20米的区域进入天线的辐射模式(对于2G GSM和3G UMTS站)。最后,我们得出不得不在距辐射天线超过150米的区域中的不利影响,而中间距离(20 / 40-150M)可能随机效应。

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