Abstract
Photoelectron spectroscopy using monochromatized synchrotron radiation has been made to study the 2s22p4nl correlation satellites of the Ne atom in the range of photoelectron kinetic energy EK from 30 eV to 160 eV (hv=8 approximately 220 eV). For five main satellites including 2p4(3P)np2P(n=3, 4) and 2p4(1D)3s2D states, the (satellite)/(2p-mainline) intensity ratio has been determined as a function of EK. From a combination of these relative intensities with the reported 2p cross section, partial cross sections for the satellite excitation have also been obtained. The intensity ratios for the satellites are not constant over the photon energy region studied, indicating that the dynamic electron correlation cannot be neglected.
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