5s correlation confinement resonances in Xe-endo-fullerenes
V. K. Dolmatov, D. A. Keating
TL;DR
This paper theoretically investigates how confinement resonances affect the Xe 5s photoionization in various Xe-endo-fullerenes, revealing significant modifications due to interchannel coupling with the Xe 4d giant resonance.
Contribution
It uncovers and interprets the trends in Xe 5s photoionization modifications caused by confinement resonances in Xe-endo-fullerenes, a novel insight into their electronic interactions.
Findings
Confinement resonances significantly modify Xe 5s photoionization.
Interchannel coupling with Xe 4d giant resonance is key to these modifications.
Distinct trends are observed across different endo-fullerene structures.
Abstract
Spectacular trends in the modification of the Xe 5s photoionization via interchannel coupling with confinement resonances emerging in the Xe 4d giant resonance upon photoionization of the Xe@C60, Xe@C240 and Xe@C60@C240 endo-fullerenes are theoretically unraveled and interpreted.
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