Iron-57 and other atoms with long-lasting, low-lying excited nuclear energy states commonly exhibit this effect based on a nucleus' position in a crystal lattice.
Iron-57 and other atoms with long-lasting, low-lying excited nuclear energy states commonly exhibit this effect based on a nucleus' position in a crystal lattice. A type of spectroscopy based on this effect employs a Doppler shift of radiation from a sample on a moving platform. When discussing this effect, it is important to realize that nuclei in solids are not entirely stiff when emitting gamma radiation. FTP, name this effect which occurs when a solid radioactive material emits recoil-free gamma radiation.
Iron-57 and other atoms with long-lasting, low-lying excited nuclear energy states commonly exhibit this effect based on a nucleus' position in a crystal lattice.
{Mössbauer} effect