Neutrons play a crucial role in various nuclear processes involving silver. These interactions include neutron absorption, capture, and scattering, leading to compound nucleus formation, gamma-ray emission, and changes in isotopic composition. Techniques like neutron activation analysis utilize neutron interactions for elemental analysis, while neutron scattering and spectroscopy provide insights into the crystal structure and atomic dynamics of silver. Additionally, neutron radiography offers a non-destructive imaging method for revealing the internal structure of silver samples.
