Effects of postcollision interaction (PCI) observable in low-energy 3d photoelectron spectra of Kr, which are associated with double Auger decay of the created inner-shell vacancy, are investigated by a combined experimental and theoretical approach. Measurements are based on an efficient multielectron coincidence method. Calculations have been carried out in the framework of a semiclassical approach. Our investigation reveals strong PCI distortion of the photoelectron line shapes, which depends on the kinematics of the process and the characteristics of the double Auger decay
Abstract Electronic relaxation of atomic Kr below and above the 1s ionization threshold is investig...
Abstract The LMM Auger spectra of krypton are measured using the photon energies hν = 1709 eV, 1792...
Photoelectron-Auger electron coincidence spectroscopy probes the dicationic states produced by Auger...
Effects of postcollision interaction (PCI) observable in low-energy 3d photoelectron spectra of Kr, ...
International audienceElectron correlations in three electron emission associated with innershell ph...
Two electron emission following photoabsorption near the Kr 3d threshold is investigated both experi...
Multielectron coincidence data for triple ionization of krypton have been recorded above the 3d ioni...
The relaxation processes after non-resonant inner-shell photoionization are studied experimentally u...
Postcollision interaction effects on the Auger decay of a deep core hole are studied both experiment...
Differences in postcollision interaction (PCI) effects on Kr L3M4,5M4,5 Auger electron spectra were ...
In the present work we are interested in near-threshold photoionization experiments involving postco...
The photoionization cross sections for Ar+ through Ar4+, produced by the Auger decay of a 2p hole in...
Photoelectron–Auger electron coincidence spectroscopy probes the dicationic states produced by Auger...
The vacancy cascade which fills an atomic inner-shell hole is a complex process which can proceed by...
Auger electron spectroscopy (AES) is widely used as a means of quantitative surface analysis. The Au...
Abstract Electronic relaxation of atomic Kr below and above the 1s ionization threshold is investig...
Abstract The LMM Auger spectra of krypton are measured using the photon energies hν = 1709 eV, 1792...
Photoelectron-Auger electron coincidence spectroscopy probes the dicationic states produced by Auger...
Effects of postcollision interaction (PCI) observable in low-energy 3d photoelectron spectra of Kr, ...
International audienceElectron correlations in three electron emission associated with innershell ph...
Two electron emission following photoabsorption near the Kr 3d threshold is investigated both experi...
Multielectron coincidence data for triple ionization of krypton have been recorded above the 3d ioni...
The relaxation processes after non-resonant inner-shell photoionization are studied experimentally u...
Postcollision interaction effects on the Auger decay of a deep core hole are studied both experiment...
Differences in postcollision interaction (PCI) effects on Kr L3M4,5M4,5 Auger electron spectra were ...
In the present work we are interested in near-threshold photoionization experiments involving postco...
The photoionization cross sections for Ar+ through Ar4+, produced by the Auger decay of a 2p hole in...
Photoelectron–Auger electron coincidence spectroscopy probes the dicationic states produced by Auger...
The vacancy cascade which fills an atomic inner-shell hole is a complex process which can proceed by...
Auger electron spectroscopy (AES) is widely used as a means of quantitative surface analysis. The Au...
Abstract Electronic relaxation of atomic Kr below and above the 1s ionization threshold is investig...
Abstract The LMM Auger spectra of krypton are measured using the photon energies hν = 1709 eV, 1792...
Photoelectron-Auger electron coincidence spectroscopy probes the dicationic states produced by Auger...