Atomic Cascade Computations

Atomic cascades are ubiquitous in nature and they have been explored within very different scenarios, from precision measurements to the modeling of astrophysical spectra, up radiation damage biological matter. However, present, a quantitative analysis these often failed because their inherent complexity. Apart utilizing rotational symmetry atoms proper distinction physical schemes, hierarchy useful approaches is therefore needed order keep cascade computations feasible. We here suggest classification atomic demonstrate how can be modeled framework Jena Calculator. As an example, we shall compute configuration-average approach stepwise decay magnesium, following 1s inner-shell ionization, simulate corresponding (final) ion distribution. Our scenarios (schemes) computational both flexible further refinements as well complex shell structures ions, for which excitation dynamics need good detail.