How can Auger spectroscopy be automated for high-throughput analysis?

Auger-electron emitting radionuclides are of great interest for internal radiotherapy due to the very short range of Auger electrons. Jun 19, 2012 ... Here we furnish evidence that under certain conditions Auger electrons are subject to an energetic chirp. Abstract. Auger electron spectroscopy (AES) is a nondestructive core-level electron spectroscopy for semi-quantitative determination of the elemental ... 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 ... 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 ... This technique determines the concentration of elements on the surface by measuring the energies of Auger electrons. Low energy electron diffraction, Auger electron spectroscopy, Oxygen -- Absorption and adsorption, Copper -- Surfaces, Adsorption, Auger effect. Official ... What are Auger Electrons? Definitions & Applications. Auger electrons are emitted when an inner core electron transitions to fill a vacancy in a lower energy ... The Auger electron energy is characteristic of an element and the escape depth of the Auger electron is very small (0.5 nm to several nm). Sep 25, 2023 ... Abstract. Due to the lack of a dense atmosphere, the Moon directly interacts with ambient plasmas and solar radiation, leading to lunar surface ...