Massey and Burhop proved that when relativistic effects are taken into account, the yield of this phenomenon is much lower, while Martin and Eggleston calculated this phenomenon for xenon and krypton.
Massey and Burhop proved that when relativistic effects are taken into account, the yield of this phenomenon is much lower, while Martin and Eggleston calculated this phenomenon for xenon and krypton. The Kasha-Vavilov rule is used to calculate the yield in cases where this phenomenon is substituted by fluorescence. Lise Meitner is said to have discovered it before its namesake and this effect occurring in iodine-125 can possibly cause damage to DNA samples. FTP, name this physical effect that occurs when excited electrons, instead of emitting X-rays in the form of photons, cause secondary emission of electrons.
Massey and Burhop proved that when relativistic effects are taken into account, the yield of this phenomenon is much lower, while Martin and Eggleston calculated this phenomenon for xenon and krypton.
Auger effect