Simulated time-resolved carbon K-edge X-ray photoelectron and Auger spectra of photodissociating methyl iodide show a sharp jump in binding energy at a C-I distance near 3 Å, caused by a swap in core-ionization cross sections.
S.; Schalk, O.; Martinez, T.; M ller, K
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Spectroscopic Signature of Chemical Bond Dissociation Revealed by Calculated Core-Electron Spectra
Simulated time-resolved carbon K-edge X-ray photoelectron and Auger spectra of photodissociating methyl iodide show a sharp jump in binding energy at a C-I distance near 3 Å, caused by a swap in core-ionization cross sections.