This effect causes the attenuation coefficient to sharply increase in the K edge. This effect is used tomeasure molecular orbital energies in a type of spectroscopy that uses UV radiation as a source. This effectis combined with secondary emission to detect UV, visible, and near IR radiation with great sensitivity invacuum tubes named for being a "multiplier" of this effect. The stopping voltage for this effect does notdepend on incident intensity. This effect requires a threshold kinetic energy to be met that is equivalent tothe work function. For 10 points, name this effect in which an incident photon results in the
This effect causes the attenuation coefficient to sharply increase in the K edge. This effect is used tomeasure molecular orbital energies in a type of spectroscopy that uses UV radiation as a source. This effectis combined with secondary emission to detect UV, visible, and near IR radiation with great sensitivity invacuum tubes named for being a "multiplier" of this effect. The stopping voltage for this effect does notdepend on incident intensity. This effect requires a threshold kinetic energy to be met that is equivalent tothe work function. For 10 points, name this effect in which an incident photon results in the emission of anelectron from a metal surface, described by Einstein in a 1905 paper.
This effect causes the attenuation coefficient to sharply increase in the K edge.
photoelectric effect