Radiometer equipment performance index test data inspection method and device

Abstract

The embodiment of the invention provides a radiometer performance index test data inspection method and device, electronic equipment and a storage medium, and the inspection method comprises the steps: obtaining the performance index test data of tested radiometer equipment, the performance index test data comprising a gamma dose rate and a gamma accumulated dose; calculating the test data to obtain a gamma dose rate relative inherent error, a gamma accumulated dose relative inherent error, an energy response error and an angle response error; and summarizing the index data of each test, outputting a test report based on the pre-configured test items and the qualification criterion of each item, and summarizing the error result of each measurement point to form the total error result of the measured radiometer equipment. Performance index test data are automatically acquired and recorded, index data such as errors are automatically calculated, a qualified conclusion is given, the test conclusion is calculated in real time after data acquisition is finished, and the test conclusion is given at the first time.

Description

technical field [0001] The invention relates to the technical field of inspection software tools, in particular to a method, device, electronic device and storage medium for inspection of test data of radiometer performance indicators. Background technique [0002] In the identification of radiometer instruments, various performance tests should be carried out, such as γ relative inherent error, energy response, angular response and other indicators, and the performance test conclusions of the equipment should be given. [0003] In the prior art, the usual practice is to put the equipment in the laboratory to test the equipment, and the tester records the device indication data on paper or in Excel. Calculate the value, calculate the error or relative change of each test, and give a qualified conclusion. Since the data in the test process is manually recorded by the test personnel, there is a risk of incorrect reading of the device indication and incorrect recording of the ...

AI Technical Summary

Problems solved by technology

Since the data in the test process is manually recorded by the test personnel, there is a risk of error in reading the indication value of the equipment and a risk of error recording of the indication value; since the data is read and recorded by the test personnel through human eyes, when different test personnel conduct the same test, there may be There are personnel differences, such as data reading and recording speeds are not the same; when testing a batch of equipment at that time, due to the large number of equipment, the workload of recording was too large, the recording efficiency was low, the progress of the test was affected, and it was easy to make mistakes; After the various test data of the equipment, it is necessary for the test personnel to manually summarize the test conclusions of each equipment. To summarize the test conclusions of all the equipment of this batch of equipment, the workload is heavy, and the repetition is single, which is prone to errors. In addition, the test data and calculation results , conclusions are all numerical representations, not intuitive

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