Continuous-energy-point Monte Carlo particle transport method based on multi-group virtual sections
A particle transport and Monte Carlo technology, applied in the field of atomic energy science, can solve problems such as easy misoperation, loss of nuclear data accuracy, complex processing, etc., and achieve the effect of less memory, good calculation speed, and low memory overhead
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[0028] like figure 1 Shown, the realization process of the present invention includes the following contents:
[0029] 1. Preprocessing the continuous energy point nuclear data read from the nuclear database in the Monte Carlo particle transport simulation is achieved through the following steps:
[0030] In the first step, the multi-group unified energy grid array adopts the multi-group unified energy grid array given by the user or built in the program, which is recorded as MultiGErgArray[N MG ], where N MG Indicates the number of grids in the multi-group unified energy grid array (N MG 50-400 is recommended);
[0031] The second step, the establishment of multi-group nuclide pointer array: compare the energy grid array EryArray of each single nuclide i i [N i ], N i Indicates the number of grids, and the multi-group unified energy grid array MultiGErgArray[N MG ], find out that each energy point MultiGErgArray[j] in the multigroup unified energy grid array is in the ...
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