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The Auger Radioisotope Microscope: an instrument for characterization of Auger electron multiplicities and energy distributions
by
Nolen, Jerry
, Mueller, Peter
, Stollenwerk, Patrick R
, O’Connor, Thomas P
, Southworth, Stephen H
, Mustapha, Brahim
, Young, Linda
, Xie, Junqi
, Renne, Amy
, Bailey, Kevin G
, Granato, Francesco
, Dietrich, Matthew R
in
Auger emitters
/ Auger multiplicity
/ Auger spectroscopy
/ Bifurcations
/ Cold
/ Data processing
/ Dosimetry
/ Electrons
/ Emission
/ Energy
/ Initial conditions
/ Krypton
/ Medical research
/ Microchannel plates
/ Microchannels
/ Nuclear medicine
/ Photoionization
/ Physics
/ radioactive cryogenic buffer gas beam source
/ Radioisotopes
/ Spectrum analysis
2025
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The Auger Radioisotope Microscope: an instrument for characterization of Auger electron multiplicities and energy distributions
by
Nolen, Jerry
, Mueller, Peter
, Stollenwerk, Patrick R
, O’Connor, Thomas P
, Southworth, Stephen H
, Mustapha, Brahim
, Young, Linda
, Xie, Junqi
, Renne, Amy
, Bailey, Kevin G
, Granato, Francesco
, Dietrich, Matthew R
in
Auger emitters
/ Auger multiplicity
/ Auger spectroscopy
/ Bifurcations
/ Cold
/ Data processing
/ Dosimetry
/ Electrons
/ Emission
/ Energy
/ Initial conditions
/ Krypton
/ Medical research
/ Microchannel plates
/ Microchannels
/ Nuclear medicine
/ Photoionization
/ Physics
/ radioactive cryogenic buffer gas beam source
/ Radioisotopes
/ Spectrum analysis
2025
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The Auger Radioisotope Microscope: an instrument for characterization of Auger electron multiplicities and energy distributions
by
Nolen, Jerry
, Mueller, Peter
, Stollenwerk, Patrick R
, O’Connor, Thomas P
, Southworth, Stephen H
, Mustapha, Brahim
, Young, Linda
, Xie, Junqi
, Renne, Amy
, Bailey, Kevin G
, Granato, Francesco
, Dietrich, Matthew R
in
Auger emitters
/ Auger multiplicity
/ Auger spectroscopy
/ Bifurcations
/ Cold
/ Data processing
/ Dosimetry
/ Electrons
/ Emission
/ Energy
/ Initial conditions
/ Krypton
/ Medical research
/ Microchannel plates
/ Microchannels
/ Nuclear medicine
/ Photoionization
/ Physics
/ radioactive cryogenic buffer gas beam source
/ Radioisotopes
/ Spectrum analysis
2025
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The Auger Radioisotope Microscope: an instrument for characterization of Auger electron multiplicities and energy distributions
Journal Article
The Auger Radioisotope Microscope: an instrument for characterization of Auger electron multiplicities and energy distributions
2025
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Overview
We describe a new instrument, the Argonne Auger Radioisotope Microscope (ARM), capable of characterizing the Auger electron (AE) emission of radionuclides, including candidates relevant in nuclear medicine. Our approach relies on event-by-event ion–electron coincidence, time-of-flight, and spatial readout measurement to determine correlated electron multiplicity and energy distributions of Auger decays. We present a proof-of-principle measurement with the ARM using x-ray photoionization of stable krypton beyond the K -edge and identify a bifurcation in the electron multiplicity distribution depending on the emission of K-LX electrons. Extension of the ARM to the characterization of radioactive sources of AE emissions is enabled by the combination of two recent developments: (1) cryogenic buffer gas beam technology to introduce Auger emitters into the detection region with well-defined initial conditions, and (2) large-area micro-channel plate detectors with multi-hit detection capabilities to simultaneously detect multiple electrons emitted in a single decay.
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