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Limits to Resolving Power in Photoelectron Spectroscopy

Abstract

THE energy spectra of electrons ejected in gaseous photoionization by undispersed radiation from rare gas discharges—a process known as molecular photoelectron spectroscopy1,2 or, better, spectrometry—have been found to be a rich source of fresh electronic and vibrational data on the states of the resultant ions. As usual when a new technique is being explored, improvements in experimental detail have steadily increased the amount of information accessible in a given case1–4. Alternatively the study of more complex substances has been made feasible1,2.

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References

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TURNER, D. Limits to Resolving Power in Photoelectron Spectroscopy. Nature 213, 795–796 (1967). https://doi.org/10.1038/213795a0

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