Lecture
This lecture covers the physics of neutron interactions with matter, focusing on potential and compound nucleus scattering, elastic and inelastic scattering, and resonances. The instructor explains the concept of resonances and their importance in neutron transport. The lecture also delves into the role of kinetic energy in overcoming the fission barrier and the differences in fission probabilities for various isotopes. The discussion extends to the energy release in fission reactions, the properties of fission products, and the implications for nuclear reactors. The session concludes with insights into fuel cycles, the significance of fissionable and fissile elements, and the energy distribution in fission reactions.