Erratum: Excitation effect of
d
electrons on the electronic energy loss of energetic protons colliding with a Zn atom [Phys. Rev. A
101
, 062705 (2020)]
“…in this study of Al nanosheets. Our results are also consistent with other theoretical calculations for different targets, 39,[41][42][43] establishing our confidence to make further detailed analysis. By comparing with the results of bulk Al in ref.…”
Section: Introductionsupporting
confidence: 92%
“…There are two representations that are widely used, i.e., real-space grid and plane-wave or atomic orbital basis. To our knowledge, realspace grids has been successfully applied to the S e of protons colliding with a Zn atom 42 and He ions in GaN thin film. 69 Plane-wave basis has found applications in the study of S e of protons in liquid water, 35 proton-irradiated Al sheets 40 and the lithium ions in diamond.…”
The stopping power of energetic He ions traversing the Al film is studied by combining time-dependent density-functional theory method with molecular dynamics simulations. We investigated the dependence of the semicore...
“…in this study of Al nanosheets. Our results are also consistent with other theoretical calculations for different targets, 39,[41][42][43] establishing our confidence to make further detailed analysis. By comparing with the results of bulk Al in ref.…”
Section: Introductionsupporting
confidence: 92%
“…There are two representations that are widely used, i.e., real-space grid and plane-wave or atomic orbital basis. To our knowledge, realspace grids has been successfully applied to the S e of protons colliding with a Zn atom 42 and He ions in GaN thin film. 69 Plane-wave basis has found applications in the study of S e of protons in liquid water, 35 proton-irradiated Al sheets 40 and the lithium ions in diamond.…”
The stopping power of energetic He ions traversing the Al film is studied by combining time-dependent density-functional theory method with molecular dynamics simulations. We investigated the dependence of the semicore...
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