How do shake-up and shake-off processes affect Auger spectra?

Here, we set out to define this relationship for Auger electron emitters [99mTc]TcO4− and [123I]I− and β−-particle emitter [188Re]ReO4−. Studies were carried ... Jul 5, 2021 ... 201 Tl reduces clonogenic survival and increases nuclear DNA damage only when internalized. These findings justify further development and evaluation of 201 Tl ... Summary. The lanthanide isotope 165Er decays by electron capture without any accompanying gamma radiation, which makes it an ideal radionuclide for Auger ... Apr 26, 2021 ... you can run the simulation with and without atomic de-excitation and see the difference in the energy spectra of the emitted electrons. The ... Love words? Need even more definitions? Subscribe to America's largest dictionary and get thousands more definitions and advanced search—ad free! Merriam- ... Apr 1, 1981 ... The nature of chemical information in Auger electron spectroscopy (AES) data is reviewed with special emphasis on data from solid surface ... Because of the low kinetic energies of the ejected Auger electrons, their escape depth is limited to a few atomic layers such that one can analyze only the top ... Scanning Auger microscopy (SAM) is also known as Auger electron spectroscopy (AES). In this technique, the sample surface is bombarded with a primary electron ... What are Auger Electrons? Definitions & Applications. Auger electrons are emitted when an inner core electron transitions to fill a vacancy in a lower energy ... Auger-electron emitting radionuclides are of great interest for internal radiotherapy due to the very short range of Auger electrons.