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Model for the charge-transfer probability in helium nanodroplets following electron-impact ionization
2007
Physical Review A. Atomic, Molecular, and Optical Physics
A theoretical model has been developed to describe the probability of charge transfer from helium cations to dopant molecules inside helium nanodroplets following electron impact ionization. The location of the initial charge site inside helium nanodroplets subject to electron impact has been investigated and is found to play an important role in understanding the ionization of dopants inside helium droplets. The model is consistent with a charge migration process in small helium droplets that
doi:10.1103/physreva.76.032714
fatcat:gv5wunrdsfbn5dpfmubp2nn6vm