Partitions of 4d Transition Metal Nuclei and Related Correlations Using the Core Cluster Model

K. E. Abd El Mageed; A. G. Shalaby

Partitions of 4d Transition Metal Nuclei and Related Correlations Using the Core Cluster Model

Nuclear Theory 2015-06-03 v1

Authors: K. E. Abd El Mageed , A. G. Shalaby

Abstract

In the present work we attempt to study the cluster model in the transition metal region. The spectrum fitting method is studied for the selected nuclei (88,90,92^Sr, 92,94^Zr, 98,100^Mo, 100,102,104, 106^Ru, 108,110^Pd and 112,114,116,118^Cd) with proton number (38 < ZT< 48) and mass number (88 < AT < 118). The core cluster charge products are correlated with the transition probability B(E2 2+ -> 0+), the excitation energies and the product of valence nucleon numbers of the parent nuclei.

Keywords

core cluster model 4d transition metal nuclei spectrum fitting b(e2) transition probabilities excitation energies valence nucleons

Cite

@article{arxiv.1312.2471,
  title  = {Partitions of 4d Transition Metal Nuclei and Related Correlations Using the Core Cluster Model},
  author = {K. E. Abd El Mageed and A. G. Shalaby},
  journal= {arXiv preprint arXiv:1312.2471},
  year   = {2015}
}

Comments

14 Pages, 10 Figures

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