This effect prevents the formation of phonon bottlenecks in quantum dots whose energy levels vary from the phonon energies, while an inverse of this process is sometimes known as "impact ionization.
This effect prevents the formation of phonon bottlenecks in quantum dots whose energy levels vary from the phonon energies, while an inverse of this process is sometimes known as "impact ionization." It usually has yields of higher than fifty percent until atoms heavier than zinc are considered. Its namesake also developed a type of spectroscopy after observing electrons of constant energies in a cloud chamber, and it occurs due to the energy liberated by an L-shell electron falling into a lower excitation state in a K-shell. For 10 points, identify this effect in which an atom sees the ejection of a high energy electron instead of an X ray photon, and thus resulting in the autoionization of the atom, and is named after a French physicist.
This effect prevents the formation of phonon bottlenecks in quantum dots whose energy levels vary from the phonon energies, while an inverse of this process is sometimes known as "impact ionization.
{Auger} effect