在有“敏感”建筑物和场所的地区,来自电信源的电磁场暴露

I. Topalova, T. Shalamanova, V. Zaryabova, M. Israel
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引用次数: 0

摘要

. 移动通信服务的使用显著增加,预计随着新一代技术标准(例如长期演进(LTE))的引入,这种增长将继续下去。城市地区环境源的暴露主要是由广播天线和移动通信基站形成的。考虑到暴露于电磁场(EMF),放置在城市地区的大量电信辐射源引发了对可能产生的健康影响的严重关切。特别注意医院、学校、幼儿园等周围的所谓"关键"或"敏感"地区。因此,有必要对某些选定的人口稠密的城市地区,特别是医院、学校、幼儿园周围的电磁场水平进行充分的接触评估,以确保功率密度水平远低于规定的阈值限制。该报告介绍了在索非亚各地医院、学校、幼儿园周围选定的"敏感"地区对电信源(基站)发出的电磁场进行的接触评估。在2009-2014年挪威金融机制和2009-2014年欧洲经济区机制的财政支持下,根据BG07方案:公共卫生倡议开展了题为"改进风险预防和保健方面的控制和信息系统"的研究。已经使用了不同的暴露评估方法:使用非频率选择性和频率选择性测量方法的现场测量(电磁场值的室外现场测量),以及宽带EMF监测,以连续测量来自所有周围电信源的总EMF。对测量结果的分析表明,射频电磁辐射暴露水平一般远低于国家和欧洲立法规定的参考水平。在最受研究的地点,电磁场水平低于保加利亚立法规定的极限值(高达50%),不到欧洲立法规定的900兆赫频段极限值的1%。
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ELECTROMAGNETIC FIELD EXPOSURE FROM TELECOMMUNICATION SOURCES IN AREAS WITH “SENSITIVE” BUILDINGS AND PLACES
. There is a significant increase in the use of mobile communications services and it is expected that this growth will continue with the introduction of new generations of technology standards such as Long Term Evolution (LTE), for example. The exposure from environmental sources in urban areas is formed mainly by broadcasting antennas, and base stations for mobile communications. The large number of telecommunication sources placed in the urban areas provoked serious concerns about possible health effects, considering the exposure to electromagnetic fields (EMF). Particular attention has been paid to the so-called “critical” or “sensitive” areas around hospitals, schools, kindergartens, etc. Hence, there is a need of adequate exposure assessment of the electromagnetic field levels in some selected high populated urban areas especially around hospitals, schools, kindergartens to ensure that the power density levels are well below the prescribed threshold limits. The report presents an exposure assessment of electromagnetic field emitted by telecommunication sources (base stations) which has been performed at selected “sensitive” areas around hospitals, schools, kindergartens, located throughout Sofia. The study is conducted under the BG07 Program: Public Health Initiatives with the financial support of the Norwegian Financial Mechanism 2009-2014 and the European Economic Area Mechanism, 2009-2014, entitled “Improving control and information systems in risk prevention and healthcare”. Different methods of exposure assessments have been used: in-situ measurements (outdoor spot measurements of electromagnetic field values) using non- frequency selective and frequency selective measurement methods, as well as a broadband EMF monitoring for continuous measurement of the total EMF from all surrounding telecommunication sources that were also provided. The analyses of the measurement results suggest that the exposure levels to RF-EMFs are generally well below the reference levels defined by the national and European legislation. The electromagnetic field levels at the most studied locations are lower (up to 50%) than the limit values according to the Bulgarian legislation and less than 1% of the limit values according to the European legislation for the frequency band about 900 MHz.
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