Auger Electron Spectroscopy System for Surface and Bulk Material Characterization
Explore an integrated nano Auger electron spectroscopy system designed for detailed surface-to-bulk characterization of materials. Learn about Auger electron interactions, the Auger effect, and opportunities for collaboration in the field. Discover more at Montana State University's Imaging and Chemical Analysis Laboratory.
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Presentation Transcript
An Integrated Nano An Integrated Nano- -Auger Electron Spectroscopy Auger Electron Spectroscopy System: Surface to Bulk Characterization of System: Surface to Bulk Characterization of Materials Materials D.W. Mogk, N. Rieders, R. Avci, Imaging and Chemical Analysis Laboratory Montana State University https://physics.montana.edu/ical/
E-Beam Particle Interactions The lonely Auger electron is either ignored or unknown in most geoscience research Low energy and very small mean free path mean Auger electrons can only escape from atomic monolayers on surfaces a highly sensitive surface spectroscopy!
The Auger Effect The K-LL Transition
An Invitation: Learn more about AES, and related surface-sensitive analytical methods X-ray photoelectron spectroscopy Time-of-Flight Secondary Ion Mass Spectrometry Contact ICAL for possible future applications and collaborations https://physics.montana.edu/ical/
