Determination of design, production and radiation interference parameters of steel and metal base composite materials using nuclear reactors

The most important part of the Nuclear Reactor, the muddy 235 isotope fuel, where the fuel is located, is the thesis study done to make the most suitable steel production that can be used in metal envelopes. The preferred steel is the Am-241 / Be, which produces the most suitable steel specimens for both the 4.5 meV fast neutron emitting and 0.0025 eV thermal neutron as well as the 7 megawatt gamma rays with the GEANT4 Monte Carlo simulation codes and steel specimens evaluated for the investigated results neutron shielding capacities were searched from the source. By evaluating the theoretical and experimental results, it has been tried to provide the most suitable steel production to use nuclear reactors.