Airborne radioactivity survey system

Abstract

The present invention relates to an aerial radioactive survey system, including a drone, a gamma spectrometer, an airborne host, an airborne Beidou satellite module, a Beidou satellite ground monitoring station, a backup server, a main server, a database, a data interface, and a plan view Generation module, stereogram generation module, printing equipment, described gamma energy spectrometer, airborne host computer, airborne Beidou satellite module are arranged in unmanned aerial vehicle, described airborne Beidou satellite module passes Beidou satellite and Beidou satellite ground monitoring station For data transmission, the Beidou satellite ground monitoring station transmits data to the router through the Internet, and the main server is respectively connected to the data interface, the planar image generation module, the stereoscopic image generation module, and the printing device. The invention has a wide range of applications and can be widely used in aviation radioactivity surveys in the fields of resources and environment, radiation environment investigation and evaluation, nuclear emergency aviation radioactivity monitoring, radioactive geological surveys and geological mapping.

Description

technical field [0001] The invention relates to the technical field of gamma energy spectrum survey, in particular to an aerial radioactive survey system. Background technique [0002] Gamma rays, also known as gamma rays, are released when atoms decay. It has extremely short wavelength, strong penetrating power, and high energy, which can easily cause DNA breakage in organism cells and cause cell mutation, hematopoietic function deficiency, cancer and other diseases. Real-time monitoring of gamma energy can effectively prevent the harm of gamma rays. At present, the monitoring of gamma rays mainly adopts the ground monitoring technology, mainly by laying out multiple probes for monitoring. Too many probes will lead to inconvenient maintenance, and the staff may come into contact with radioactive substances when maintaining the equipment, which will affect the work. Personnel health. Due to the limitation of equipment, it is impossible to monitor in a large area, and many...

AI Technical Summary

Problems solved by technology

At present, the monitoring of gamma rays mainly adopts the ground monitoring technology, mainly by laying out multiple probes for monitoring. Too many probes will lead to inconvenient maintenance, and the staff may come into contact with radioactive substances when maintaining the equipment, which will affect the work. Personnel health

Due to equipment limitations, large-scale monitoring cannot be carried out, and many harsh environment areas cannot be monitored

Images