The Testing And Benchmark Analysis Of Discrete Ordinate Neutron/Photon Transport Calculating Software Kit

Just because of the particle physics and nuclear physics study' s characteristics, to study the particle physics and to design the engineering projects come into the necessities and possibility through the imitation proceeding of the computer program. That' s also the answer why the research of the particle physics depends on the computer entirely.The indetermination of the code mainly comes from the deficiency of the module and method which be adopted. Also, it is determined by the used physical hardware, such as the performance stability precision of the computer itself, etc. The indetermination of the data library results from the module and methods tackling the data and the interceptive error. Therefore, it is necessary to improve and develop it though vastly practical calculation.Based on this, the paper deals with the numerical simulated calculating codes of NGSN, ANISN, DOT and the nuclear libraries of WU, FENDL-2 which have been frequently used on the field of particle physics and nuclear physics. It is through benchmark and development that the discrete ordinate particle transport calculating software kit is formed. And also its applications are primarily probed into. The aim is to bring a possible security for the research and design of particle and nuclear physics.This software kit includes the development of codes, the benchmark of codes and library, the integrity of system and the testing of stability and reliability.