Description
A new paper (12/23) by P. Yu. Babenko and A. N. Zinoviev has been published with nuclear stopping powers calculated from DFT potentials.
A main finding is that potentials with an attractive well introduce a second, low energy peak (corresponding to a Lindhard reduced energy of 3e-3) in the nuclear stopping power. These should be more or less straightforward to compare to RustBCA results by implementing relevant potentials into RustBCA, and I expect to be able to replicate their results.
Source
Nuclear Stopping Powers for DFT Potentials with an Attractive Well
Description
A new paper (12/23) by P. Yu. Babenko and A. N. Zinoviev has been published with nuclear stopping powers calculated from DFT potentials.
A main finding is that potentials with an attractive well introduce a second, low energy peak (corresponding to a Lindhard reduced energy of 3e-3) in the nuclear stopping power. These should be more or less straightforward to compare to RustBCA results by implementing relevant potentials into RustBCA, and I expect to be able to replicate their results.
Source
Nuclear Stopping Powers for DFT Potentials with an Attractive Well