Isobaric mass equation for A = 1–45 and systematics of Coulomb displacement energies

Evaluated experimental isobaric analogue states from T=1/2 to T=3 and associated IMME coefficients

“…They are 43 Ti i and 47 Cr i for which no original data source could be found. 19 Ne i has been corrected. No data source could be located for the Nubase2012 44 Ca i T = 3 state, and it is removed.…”

“…A recent compilation of ground and excited IAS can be found in the appendix of reference [17] and is an update to the extensive work of M.S. Antony and A. Pape [18,19,20,21].…”

Full 0ħω shell model calculation of the binding energies of the1f7/2nuclei

“…In this paper we are interested in larger mass region, hence the need of a better determination of the constants in expression (2). In order to do so we have fitted the Coulomb displacement energies of analog states for nuclei between A = 42 and A = 64 [16,17]. The resulting parameters are:…”

Electromagnetic excitation of the two-phonon giant dipole resonance

“…Adopting this method, corrected resonance energies are included in we refer for details. Therein, empirical relations (Anderson et al, 1965;Antony et al, splitting. Such a procedure was proposed in (Bar-Touv and Mordechai, 1992) to which charges, for the proton-neutron mass difference, and for shifts caused by the isospin energy for the Coulomb displacement energy due to the successive transfer of two scattering, as attempted in the next chapter, one has to correct the observed resonance In order to be able to compare DGDR data from pion reactions to those from heavy ion (Grof et al, 1993) (Mordechai et al, 1990) 2+ member is given the ratio of experimental cross sections to the one calculated (lvlordechai et al, 1990) DGDR in (rf, rr`) reactions.…”