Monitoring Method of Electromagnetic Radiation of Mobile Communication Base Station

Abstract

The invention provides a monitoring method for electromagnetic radiation of a mobile communication base station. The method comprises the steps of monitoring a medium short wave signal of a mobile communication base station signal under a current measurement environment in real time; measuring comprehensive field intensity containing the mobile communication base station signal and an interference signal in the current measurement environment and interference field intensity of the interference signal when it is monitored that the interference signal of the mobile communication base station signal exists in the current measurement environment; and calculating electromagnetic radiation field intensity of the mobile communication base station according to the comprehensive field intensity and the interference field intensity. According to the method, the influence of the medium short wave signal broadcast in the base station monitoring process can be identified simply and rapidly with low cost; the workload of a detector is reduced; moreover, through utilization of difference characteristics of existing devices and bands, an accurate measurement value of the base station is obtained through indirect calculation, the monitoring cost is reduced; moreover, the interference of the medium short wave signal and the medium short wave error are prevented from participating in the security evaluation of the base station; and the single radiation dose of the communication base station is evaluated accurately and subjectively.

Description

technical field [0001] The invention relates to the technical field of electromagnetic radiation monitoring, in particular to a method for monitoring electromagnetic radiation of a mobile communication base station. Background technique [0002] With the expansion of the scale of the mobile communication network and the increase of the number of users, the number of mobile communication base stations continues to increase. While the public is fully enjoying the convenience brought by modern communication equipment, whether the electromagnetic radiation generated by mobile communication base stations all over the country threatens human health has gradually become the focus of debate among various operators and the public. Public concern, anxiety, conflicts and related complaints about the safety of the electromagnetic environment around mobile communication base stations are increasing year by year. [0003] In order to strengthen the management of the electromagnetic envir...

AI Technical Summary

Problems solved by technology

If the base station does not distinguish and exclude the interference of the medium and short wave signals during the monitoring, the safety evaluation of the electromagnetic radiation monitoring value of the base station including the medium and short wave signal is carried out according to the base station limit value (12 / √5V / m), and the electromagnetic radiation level of the base station may be finally obtained unqualified false conclusion

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