Multistate nonadiabatic wave-packet study finds that rotational couplings and a large resonant-state manifold increase DR cross sections in HeH+ relative to prior calculations, with inverse reduced-mass dependence for isotopes.
Electron collision induced excitations and dissociation of heh+ us- ing the r-matrix method,
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Nonadiabatic Dynamics and Rotational Coupling in $\mathrm{HeH^+}$ Dissociative Recombination and Resonant Ion-Pair Formation
Multistate nonadiabatic wave-packet study finds that rotational couplings and a large resonant-state manifold increase DR cross sections in HeH+ relative to prior calculations, with inverse reduced-mass dependence for isotopes.