Nuclear physics experiment simulation system and method for carrying out energy spectrum measurement experiment and intensity measurement experiment by using the nuclear physics experiment simulation system
A simulation system and nuclear physics technology, applied in the nuclear physics experiment simulation experiment equipment and simulation field, can solve the problems that it is difficult to achieve the teaching effect of the first-hand nuclear physics experiment, and the experimental experience of the experiment operator can not be achieved, so as to achieve excellent teaching effect and improved Effects, effects with many functions
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Embodiment 1
[0045] NaI(Tl) scintillation spectrometer experiment (an energy spectrum measurement experiment) using the nuclear physics experiment simulation system
[0046] Experimental principle:
[0047] The particles emitted by the nuclear radioactive source interact with NaI(Tl) crystals to generate fluorescence, which is amplified by the photomultiplier tube and converted into a voltage pulse. The energy spectrum of the corresponding radioactive source is obtained by measuring and statistically analyzing the output voltage pulse of the photomultiplier tube. . This experiment allows students to learn the structure and principle of the energy spectrometer, and learn to use the energy spectrum to perform energy spectrum measurement.
[0048] experiment procedure:
[0049] The nuclear-like MCU that simulates the nuclear radioactive source generates a pseudo-random number X through the mixed congruence method r , the pseudo-random number X r As a basis, use the inverse function method...
Embodiment 2
[0057] Gamma-ray absorption experiment (an intensity measurement experiment) using the nuclear physics experiment simulation system
[0058] Experimental principle:
[0059] When the γ-ray passes through the material, it interacts with the material, and the photon is absorbed, so that the output ray intensity is as low as the input ray intensity, and the attenuation of the ray intensity with the thickness of the material obeys the exponential law. This experiment mainly verifies the absorption law of narrow-beam gamma rays in matter.
[0060] experiment procedure:
[0061] First place an aluminum plate between the simulated nuclear radiation source and the simulated nuclear radiation detector to simulate the experiment of γ-ray penetration, but there is a light-transmitting circular hole in the center of the aluminum plate, which must ensure the passage of the simulated nuclear light pulse.
[0062] The nuclear-like MCU that simulates the nuclear radioactive source generates...
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