Abstract
The high resolution photoelectron valence satellite spectra of neon have been obtained at 90 and 150 eV photon energies with total experimental resolution of 140 meV fwhm and 200 meV fwhm, respectively. The satellite intensity ratio (peak 7 2 p main) obtained in these high resolution spectra confirms and extends earlier experimental observations regarding the unusual energy dependence of this satellite intensity ratio. This ratio is found to increase with increasing photon energy contrary to the observed ratios for the other satellites of neon. Some possible explanations for this behaviour are discussed.
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