A non-perturbative model using atomic d-electron momentum distributions reproduces low-energy proton stopping in six transition metals and extends to 100 MeV when combined with standard shell contributions.
Electron Binding Energies of the Ele- ments,
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The d-electron contribution to the stopping power of transition metals
A non-perturbative model using atomic d-electron momentum distributions reproduces low-energy proton stopping in six transition metals and extends to 100 MeV when combined with standard shell contributions.