Device and method for passively simulating X and gamma dose rate measurement

Abstract

The invention discloses a device and a method for passively simulating X and gamma dose rate measurement. A method for measuring the intensity of a radiation field of a point where radio frequency measurement equipment is located and a radio frequency signal source is radiated is adopted to simulate the dose of gamma photons radiated by a gamma radioactive source to the points where an X-ray detector and a gamma-ray detector are located, X-ray and gamma-ray measurement is simulated through measurement of radio frequency power effective values, training of workers is achieved under the condition that no gamma radioactive source exists, workers operating X and gamma ray measurement equipment are familiar with the measurement equipment and adapt to the measurement site environment, and unnecessary gamma irradiation brought by the operators in order to be familiar with the equipment and the environment is reduced. In addition, the radio frequency signal intensity change can also simulate the change of other physical quantities (like temperature, pressure, flow and the like), so that equipment or facilities can be debugged or inspected under the condition of no actual change of physicalquantities.

Description

technical field [0001] The invention relates to the technical field of nuclear radiation detection, in particular to a device and method for passively simulating X and gamma dose rate measurement. Background technique [0002] In order to make the staff engaged in nuclear radiation monitoring familiar or even proficient in the use of X and gamma ray detectors and measurement methods, relevant training is required for the staff. If gamma radiation sources are used in the training process, the staff may be exposed to unnecessary gamma radiation, and when the radiation sources are placed on the training site, they will also face the safety issues of the transportation of the radioactive sources and the safety of using the radioactive sources on site. Therefore, there is a need for a measurement device and method that has no X, gamma radiation sources but subjectively feels consistent with the scene with radiation sources, so that the staff can be trained under passive condition...

AI Technical Summary

Problems solved by technology

If gamma radiation sources are used in the training process, it is possible that the staff will be exposed to unnecessary gamma radiation, and if the radiation sources are placed on the training site, they will also face the safety issues of the transportation of radioactive sources and the safety of using radioactive sources on site

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