One form of spectroscopy based on this effect uses a cylindrical mirror analyzer to catch deflected particles.
One form of spectroscopy based on this effect uses a cylindrical mirror analyzer to catch deflected particles. Kapteyn et. al used a laser to photoionize Xenon in an experiment that studied a decay relevant to this process. One example of the notation used to describe this effect is "K L sub 1 L sub 2 comma 3". The fluoresence yield can be plotted against energy level to determine the likelihood of this effect. When this effect occurs within the same shell, it is called a Coster-Kronig transition. The opposite of this effect occurs in semiconductors and is called impact ionization. Discovered by Meitner, for 10 points, name this effect in which the transition of an electron to an inner orbital causes the expulsion of a different electron.
One form of spectroscopy based on this effect uses a cylindrical mirror analyzer to catch deflected particles.
Auger effect