EuNPC2015

Our work is devoted to spectroscopy and dynamics of hadronic (kaonic, pionic) atoms, heavy H-,Li-like ions (test systems) within ab initio nuclear-relativistic many–body perturbation theory [1] with accounting nuclear, radiative effects. One of the purposes is establishment a quantitative link between quality of nuclear structure modeling and accuracy of calculating spectra. The wave functions zeroth basis is found from the Klein-Gordon-Fock equation for K-, pi- atoms and Dirac-Fock for ions. The potential includes SCF ab initio potential, the electric and polarization potentials of a nucleus (the RMF and Gauss models for a nuclear charge distribution) [1]. The Lamb shift polarization part is treated in the Uhling-Serber approximation and the self-energy part – within the Green function method. New dtata are listed on: i). Spectra of H-,Li-like ions (Z= 55-100); 2). Shifts, widths in kaonic K-atoms (H, He, W, Pb, U); 3). Shifts, widths n pi-atoms (H, He, W, Pb, U) [1] A. Glushkov et al., Nucl. Phys. A 734, 21 (2004); A. Glushkov, O. Khetselius, L. Lovett, Recent Adv. in Theory of At. and Mol. Syst. 20, 125 (2010). [2] C. Batty et al., Phys. Rev. C 40, 2154 (1989); R. Deslattes et al., Rev. Mod. Phys. 75, 35 (2003); D. Anagnostopoulos et al., Nucl. Instr. Meth. B 205,9 (2003); K. Seth, EPJ Web of Conf. 3, 07006 (2010).