通讯基站环境电磁辐射监管平台设计及运用
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摘要
从移动通信基站电磁辐射的特点及管理要素入手,针对通信基站环境监管环节中存在的问题,设计通讯基站环境电磁辐射监管平台,提出合理有效的环境监管措施,实现历史监测数据、环评、验收资料电子化,信息公开化;通过平台开展电磁知识宣传教育,建立网络互动,有效遏制通讯基站建设违规行为,提高环保监管效率。
Based on the characteristics of the electromagnetic radiation and management factors at mobile communication base station,this article aims at solving the problems during environmental supervision and control segments of the communication base station. An environmental monitoring platform for electromagnetic radiation at the communication base station is designed,and reasonable and effective controls of the environment are proposed. The historical monitoring data,the environmental evaluation,and the check and acceptance files are to be electronically stored and released to the public. Further measures include educating the public on electromagnetics and building an interactive network through the use of the platform,to effectively crack behaviors that violate the construction of the communication base station,and to improve the efficiency of environmental regulation.
Based on the characteristics of the electromagnetic radiation and management factors at mobile communication base station,this article aims at solving the problems during environmental supervision and control segments of the communication base station. An environmental monitoring platform for electromagnetic radiation at the communication base station is designed,and reasonable and effective controls of the environment are proposed. The historical monitoring data,the environmental evaluation,and the check and acceptance files are to be electronically stored and released to the public. Further measures include educating the public on electromagnetics and building an interactive network through the use of the platform,to effectively crack behaviors that violate the construction of the communication base station,and to improve the efficiency of environmental regulation.
引文
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[2]刘宝华,杨旭富,孔令丰,等.基站天线远场全身暴露人体内SAR计算[J].通信技术,2010(8):127-128.
[3]张文亮,何万龄.人居电力电磁环境[M].北京:电力出版社,2009.
[4]王万本,何曼丽,陆继根,等.基于WRF与田湾核电站外围监控系统的区域风场模拟对比分析[J].环境监控与预警,2014,6(3):7-12.
[5]环境保护部.GB 8702-2014电磁环境控制限值[S].北京:中国标准出版社,2014.
[6]陈兆亮.移动通信系统的无线网络优化[M].北京:机械工业出版社,2012.
[7]SIM S,HAN S J,PARK J S,et al.Seamless ip mobility support for flat architecture mobile WIMAX networks[J].IEEE Communications Magazine,2009(6):142.
[8]YI L,MIAO K,LIU A.A Comparative study of WIMAX and LTE as the next generation mobile enterprise network[C]//Advanced Communication Technology(ICACT).Beijing,China:Dept.of IT Res.,2011:654-658.
[9]郁蕾,匡恒.放射源远程自动监控管理体系的构建[J].环境监控与预警,2011,3(1):30-33.