We are interested in the contributions of nuclear stopping and electronic stopping to the (integral) energy deposited in solid materials during irradiation with heavy ions in SRIM/TRIM simulations. The results table from SRIM calculations provides only the values for the electronic and nuclear stopping at the materials' surface (e.g. in eV/A or keV/µm at a depth of 0 µm) as function of projectile energy (besides information on ion range and straggling). Is there a way to obtain the total energy deposited by each nuclear and electronic stopping in the material (or their respective fractions with respect to the projectile energy), respectively, and to derive the values for electronic and nuclear stopping as function of depth in SRIM/TRIM, for example to plot the respective Bragg curves?
Article Calculation of ion mixing and energy deposition using a modi...
You can get the nuclear part of the deposited energy by running TRIM imposing a threshold energy that is pertinent to the experiment that you want to predict or explain.
The electronic part is more difficult, since SRIM does not have a model for ionization and hence disregards energy transport by secondary electrons.
If that is unimportant, all you need is to extract from SRIM the energy distribution of the beam as a function of penetration depth, and multiply that with the electronic stopping cross section.
If transport by secondary electrons is important, you need another simulation code. You can find those in the literature on particle tracks.
Peter Sigmund