首页|移动通信基站近场电磁辐射的环境影响及评价方法

移动通信基站近场电磁辐射的环境影响及评价方法

扫码查看
评估移动通信基站近场电磁辐射对环境的影响,并探讨其评价方法。采用外场测试和数值模拟相结合的方法,针对2种典型基站天线(ODV-090R17K和ODV-065R15B)近场电磁辐射特性对环境的影响进行了评估。结果表明:O DV-065R15B在中等距离处(4~7 m)形成较高的场强集中区域,最大场强值为5。075 V/m;ODV-090R17K的场强分布相对均匀,最大值为3。819 V/m。仿真模型验证表明,2种天线仿真结果良好。同时,进一步的仿真评估分析揭示了 2种天线在不同方向上的辐射特性差异。研究结果可为评估移动通信基站的环境影响提供科学依据,同时为优化基站选址和天线配置提供参考。
Environmental Impact and Evaluation Methods of Near-Field Electromagnetic RadiationFrom Mobile Communication Base Stations
This paper assessed the environmental impact of near-field electromagnetic radiation from mobile com-munication base stations and explored evaluation methods.Field testing and numerical simulation were combined to evaluate the environmental impact of near-field electromagnetic radiation characteristics of two typical base sta-tion antennas(ODV-090R17K and ODV-065R15B).Field test results showed that ODV-065R15B formed a high field strength concentration area at medium distances(4-7m)with a maximum field strength of 5.075 V/m,while ODV-090R17K had a relatively uniform field strength distribution with a maximum of 3.819 V/m.Simulation model validation indicated good results for both antennas.Further simulation analysis revealed differences in radi-ation characteristics between the two antennas in various directions.The research provides scientific basis for as-sessing the environmental impact of mobile communication base stations and offers references for optimizing base station site selection and antenna configuration.

mobile communication base stationnear-field electromagnetic radiationenvironmental impacteval-uation methods

王卓群

展开 >

江西核工业环境保护中心有限公司,江西南昌 330000

移动通信基站 近场电磁辐射 环境影响 评价方法

2024

绿色科技
花木盆景杂志社

绿色科技

影响因子:0.365
ISSN:1674-9944
年,卷(期):2024.26(22)