Nuclear detection simulation device based on nanosecond light source and nuclear signal inversion technology
A simulation device and nuclear detection technology, applied in teaching models, instruments, educational appliances, etc., can solve problems such as low running speed, unfriendly to non-professionals, and inability to achieve high-bandwidth output, etc., to achieve fast algorithm processing and energy spectrum curves Authentic and reliable results
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[0075] (1) PC system program design
[0076] The host computer of the present invention can realize arbitrary radiation source simulation, arbitrary energy spectrum simulation, same source in different positions and directions, and luminescent characteristic simulation of different types of scintillators. The program block diagram is as follows Figure 13 shown.
[0077] Most nuclear pulse signal generators now output nuclear pulse signals by generating random numbers whose amplitude conforms to Gaussian distribution and whose time conforms to exponential distribution. This method can simulate the random characteristics of pulse amplitude and the random characteristics of adjacent pulse time intervals for nuclear signals with typical energy distribution and arbitrary energy distribution. However, it cannot simulate the Compton phenomenon in which incident photons are scattered by inelastic collisions with extranuclear electrons in material atoms. During the collision, the in...
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