25 citations · 114 across the 23 of their papers we have counts for
23 papers
Consequences of omitting spin-orbit partner configurations on B(E2)'s and quadrupole moments in nuclei
Larry Zamick, Yitzhak Sharon, Shadow Robinson +1
Calculations of B(E2)'s and quadruplole moments in the g_{9/2 region below ^{100} Sn are hampered by the fact that the inclusion of the g_{7/2}configuration leads to model spaces t…
Magnetic g Factors With a Surface Delta Interaction
Larry Zamick, Brian Kleszyk, Yitzhak Sharon +1
We examine the consequences of using a surface delta interaction to obtain the nuclear magnetic dipole g factors for 86Kr in a 2 proton hole model space. We find that the g factors…
Importance of static quadrupole moments for determining collective aspects of nuclear structure: N=Z calculations with four and eight valence particles
S. J. Q. Robinson, T. Hoang, L. Zamick +2
In this work we look at the low lying nuclear structure of several N=Z nuclei residing between the doubly magic nucei ^{40} Ca and ^{100} Sn. Using large shell model codes we calcu…
Isobaric analog states in the f_{7/2} and g_{9/2} shells
Larry Zamick, Shadow Robinson, Alberto Escuderos +2
Calculations are performed for energies of isobaric analog states with isospins T=2 and T=3 in regions where they have been found experimentally e.g. f-p shell, and regions where t…
Systematics of quadrupole moments and energies
S. Yeager, L. Zamick, Y. Y. Sharon +2
We define the "quadrupole ratio" r_{Q}=\dfrac{Q_{0}(S)}{Q_{0}(B)} where Q_{0}(S) is the intrinsic quadrupole moment obtained from the static quadrupole moment of the 2_{1}^{+} stat…
Streched Magnetic Moments
Larry Zamick, Yitzhak Sharon
We note that for a system of 2 nucleons in a stretched case (J=J1+J2) the magnetic moment of the combined system is the sum of the magnetic moments of the 2 constituents. We compil…