K. K. Baral

TL;DR: In this article, the authors presented experimental evidence for confinement resonances associated with photoabsorption by a Xe atom in a C60 cage, where the giant 4D resonance in photoionization of Xe is predicted to be redistributed into four components due to multipath interference of photoelectron waves reflected by the cage.

TL;DR: Baral et al. as mentioned in this paper reported cross-section measurements for single and double photoionization of C60+ ions in the photon energy range 18-150 eV accompanied by the loss of zero to seven pairs of carbon atoms, as well as for fragmentation without ionization resulting in loss of two to eight pairs of C atoms.

TL;DR: Thomas et al. as discussed by the authors measured absolute cross-section measurements for single photoionization of Cn+ fullerene molecular ions (n=40, 50, 70, 76, 78, and 84) in the photon-energy range 18-70 eV.

TL;DR: In this article, single and multiple ionization cross-section measurements for Se3+ ions were performed using the dynamic-crossed-beams technique over the energy range from the ionization threshold to 1 keV.