Investigation of nuclear structure with using of the reactions on the nuclear fusion energy production

Nuclear fusion can be one of the most attractives ources of energy in the future. Tritium self-sufficiency must be main tained for a commercial fusion powerplant. For self-sustaining (D-T) fusion driver tritium breeding ratio should be greater than 1.05 Trityum. In this thesis, ground state features of the 4He and 6,7Li nucleus which most widely used fusion energy research have been in vestigated by using Skyrme, Hartree – Fock method, and the rotical results have been compared and all values gathered have been analysied. In this calculations method, neutron and proton density of the target nucleus 4He and 6,7Li was obtained from Hartree-Fock approach using Skyrme type forces where approximate field approach was taken into consideration. The results obtained were analysed by comparing the results. Key Words: Nuclear, nuclear fusion reaction, proton, neutron