Anglesio L, Benedetto A, Bonino A, Colla D, Martire F, Saudino Fusette S, d'Amore G
Regional Environmental Protection Agency, ARPA Piemonte, Department of Ivrea, TO, Italy.
Radiat Prot Dosimetry. 2001;97(4):355-8. doi: 10.1093/oxfordjournals.rpd.a006688.
Electromagnetic radiation, which is used by broadcasting and mobile telephone systems to transmit information, permeates the city environment. In order to properly evaluate population exposure to electromagnetic fields, knowledge of their intensity and spectral components is necessary. In this study the results of radiofrequency field monitoring carried out in Torino, a large town located in the north-west of Italy are shown: the variation of the electromagnetic field strength is evaluated as a function of the height from the ground, the location in the urban area and the frequency. separating the contributions of the different sources (broadcasting antennas and radio base stations for mobile phones). Furthermore, the contribution of the radio base stations is theoretically evaluated, adding the emissions off all installations situated in Torino and examining the field strength maps calculated, considering the orography, for different heights. The theoretical values are also compared with those measured in the frequency range of mobile telephony emissions.
广播和移动电话系统用于传输信息的电磁辐射弥漫在城市环境中。为了正确评估人群对电磁场的暴露情况,了解其强度和频谱成分是必要的。在本研究中,展示了在意大利西北部的一个大城镇都灵进行的射频场监测结果:评估了电磁场强度随离地面高度、市区位置和频率的变化情况,区分了不同来源(广播天线和手机无线电基站)的贡献。此外,从理论上评估了无线电基站的贡献,将都灵所有设施的辐射相加,并考虑地形,针对不同高度计算场强图。还将理论值与在移动电话发射频率范围内测得的值进行了比较。