Neutron tube service life test method and device, computer equipment and storage medium

The invention relates to a neutron tube service life test method and a device, computer equipment and a storage medium. The method comprises the following steps: acquiring neutron yields of a to-be-measured neutron tube at a plurality of moments in a working process; performing regression modeling processing on each neutron yield to obtain a neutron tube performance degradation model; processing the nominal highest neutron yield and the nominal lowest neutron yield of the to-be-measured neutron tube based on the neutron tube performance degradation model to obtain a first equivalent damage moment corresponding to the nominal highest neutron yield and a second equivalent damage moment corresponding to the nominal lowest neutron yield; according to the neutron tube performance degradation model, the first equivalent damage moment, the second equivalent damage moment and the rated yield of the neutron tube to be measured, obtaining the equivalent life of the neutron tube to be tested, sothat the problem of full-time test in the prior art is avoided, the test time consumption of the neutron tube is shortened, the problem of input cost caused by the need of a large number of test samples in the prior art is also avoided, and the test input cost is reduced.