Atmospheric radioactive scene radiation level detection station

Abstract

The invention discloses an atmospheric radioactive scene radiation level detection station. The atmospheric radioactive scene radiation level detection station comprises an equipment mounting base, adetector, a radiation shielding body, a sample bypassing mechanism and a detector walking unit, wherein the radiation shielding body is fixed on the equipment mounting base, the detector walking unitis fixed on the equipment mounting base, the detector is mounted on the detector walking unit, the detector can linearly enter and exit from the radiation shielding body, and the sample bypassing mechanism is arranged in the radiation shielding body. The atmospheric radioactive scene radiation level detection station realizes complete unattended operation of automatic sampling, automatic sample preparation, automatic measurement and analysis, automatic nuclide identification and automatic data transmission of field radiation level in a radioactive scene, and is a core component of mobile equipment type and fixed equipment type radioactive scene sampling measurement equipment which relates to a nuclear detection technology of an atmospheric radioactivity monitoring technology.

Description

technical field [0001] The invention belongs to the technical field of atmospheric radioactivity detection technology and nuclear detection, and in particular relates to a radiation level detection station for atmospheric radioactive scenes. Background technique [0002] For the detection of radioactive samples, there are currently nuclear and radiation environment monitoring vehicles, mobile laboratories and fixed radiation environment laboratories, which use detectors to manually analyze, manually process data, and transmit data manually. The characteristic is that samples need to be collected manually, samples need to be manually produced, analysis and identification and data submission need to be completed manually, and these things cannot be done without people on site. Therefore, it is very necessary to invent a new unattended and unmanned atmospheric radioactive scene radiation level detection station. Contents of the invention [0003] The object of the present in...

AI Technical Summary

Problems solved by technology

[0002] For the detection of radioactive samples, there are currently nuclear and radiation environment monitoring vehicles, mobile laboratories and fixed radiation environment laboratories, which use detectors to manually analyze, manually process data, and transmit data manually. The characteristic is that samples need to be collected manually, samples need to be manually produced, and analysis, identification and data submission need to be completed manually, and these things cannot be done without people on site

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