Abstract
The security in the nuclear fuel cycle process has demonstrated that the behaviour of international terrorism is one of the nuclear industrial challenges where the complex algorithm of systems dynamics (SD) is applied. The simulation results are shown by graphs of the security of the nuclear fuel cycle which is related to the security scenarios of nuclear power plant (NPP). The simulation results have higher values, when the security is in worse situations. The importance of the study is the performance of dynamical simulation of the nuclear fuel cycle, the security incorporated with safeguard, and the 10 years’ analysis. Keywords—Security, Terrorism, Nuclear power plants, Safeguard, System dynamics, Simulation, Transmission, Cycle
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