Publication | Closed Access
Argon-photoion–Auger-electron coincidence measurements following<i>K</i>-shell excitation by synchrotron radiation
81
Citations
17
References
1990
Year
EngineeringArgon Photoion SpectraChemistryElectronic Excited StatePhoton EnergySynchrotron Radiation SourceRydberg ShakeoffElectron SpectroscopyPhotophysical PropertyPhysicsPhotochemistryAtomic PhysicsQuantum ChemistrySynchrotron RadiationExcited State PropertyExperimental Nuclear PhysicsNatural SciencesSpectroscopyApplied PhysicsOptoelectronics
Argon photoion spectra have been obtained for the first time in coincidence with K-LL and K-LM Auger electrons, as a function of photon energy. The simplified charge distributions which result exhibit a much more pronounced photon-energy dependence than do the more complicated noncoincident spectra. In the near-K-threshold region, Rydberg shakeoff of np levels, populated by resonant excitation of K electrons, occurs with significant probability, as do double-Auger processes and recapture of the K photoelectron through postcollision interaction.
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