Systematic dependence of Grodzins product rule on NpNn
P Kumari, HM Mittal - International Journal of Modern Physics E, 2015 - World Scientific
The systematics of the Grodzins product rule (GPR) is studied from the perspective of the
valence-proton and neutron product NpNn in the major shell space Z= 50–82, N= 82–126 …
valence-proton and neutron product NpNn in the major shell space Z= 50–82, N= 82–126 …
Shape phase transition in isotopes
JB Gupta - Physical Review C, 2015 - APS
Background: The Z= 60 Nd 144− 152 isotopes span the spherical to the well-deformed
collective nuclear structures. The shape phase transition at N= 86–88 and N= 88–90 is …
collective nuclear structures. The shape phase transition at N= 86–88 and N= 88–90 is …
Two-term formula for ground band energy symmetry in low-lying levels of light Mg-Zr nuclei
V Devi - International Journal of Modern Physics E, 2015 - World Scientific
In this paper, two parameter single-term energy formula EJ= a J b is used to study the
energy spin relationship within the ground bands of even–even Mg-Zr nuclei. The formula …
energy spin relationship within the ground bands of even–even Mg-Zr nuclei. The formula …
[PDF][PDF] New perspective in the use of power law formula for ground state rotational band in transitional nuclei
Where, I be the spin and is moment of inertia of ground state. The energy ratio R4 (=(E4/E2))
for spherical nuclei is 2.0 and for deformed nuclei is about 3.33 [2]. The ideal rotor formula …
for spherical nuclei is 2.0 and for deformed nuclei is about 3.33 [2]. The ideal rotor formula …
[PDF][PDF] The study of the energy spin relationship in ground bands of even-even nuclei in the frame work of Power Law
V Devi, JB Gupta - Proceedings of the DAE-BRNS Symp. on Nucl. Phys, 2015 - sympnp.org
The study of the energy spin relationship in ground bands of even-even nuclei in the frame work
of Power Law Page 1 The study of the energy spin relationship in ground bands of even-even …
of Power Law Page 1 The study of the energy spin relationship in ground bands of even-even …
[PDF][PDF] The systematics study of power law parameters of γ-Band and comparison with ground state band for medium mass region
The energy levels of nuclei consist of various bands as lowest band-ground state band, for
symmetrical rotation K π= 0+ β-band and for asymmetrical rotation K π= 2+ γ-band as well …
symmetrical rotation K π= 0+ β-band and for asymmetrical rotation K π= 2+ γ-band as well …