Neutral-atom electron binding energies from relaxed-orbital relativistic Hartree-Fock-Slater calculations 2 ≤ Z ≤ 106

Atomic and molecular science with synchrotron radiation

“…These elec trons, which dominate the atomic, chemical, and solid-state pro perties of the actinides, are expected to display strong correla tion effects due to their many-electron environment as well as considerable relativistic and quantum e]ectrodynamic effects. In fact, the various QED contributions are of a similar relative magnitude as for the innermost shells according to initial theo retical calculations (Huang et al, 1976;Chen et al, 1981), amounting to about 50 meV (1 Kcal) for 5f electrons. Using elec tron and ion spectrometric methods, it will become possible with the advent of the new advanced photon sources to embark into an entirely new endeavor and explore the electronic structure and dynamics of the heaviest elements known to man.…”

Studies on Heavy Particle Decay from 216-226Fr using Different Nuclear Potentials

“…The term k(Z p ε -Z d ε ) represents the screening effect of atomic electrons [17], where k = 8.7eV , ε = 2.517 for Z ≥ 60 and k = 13.6eV, ε = 2.408 for Z < 60. These values have been derived from data reported by Huang et al, [18].…”

Multiconfiguration calculations of electronic isotope-shift factors in Zn i

“…[56]. 64 are calculated by subtracting the mass of the electrons from the atomic masses and by adding the binding energy [58][59][60].…”