Level density of $^{56}$Fe and low-energy enhancement of $γ$-strength function

Details Level density of $^{56}$Fe and low-energy enhancement of $γ$-strength function Level density of $^{56}$Fe and low-energy enhancement of $γ$-strength function

2006-04-06

arxiv.org/abs/nucl-ex/0604002v1

Phys.Rev.C74:014314,2006; AIP Conf.Proc.819:545-549,2006

Physics

Nuclear Physics

Nuclear Experiment

7 pages, 5 figures

Scientific paper

10.1103/PhysRevC.74.014314

The $^{55}$Mn$(d,n)^{56}$Fe differential cross section is measured at $E_d=7$ MeV\@. The $^{56}$Fe level density obtained from neutron evaporation spectra is compared to the level density extracted from the $^{57}$Fe$(^3$He,$\alpha\gamma)^{56}$Fe reaction by the Oslo-type technique. Good agreement is found between the level densities determined by the two methods. With the level density function obtained from the neutron evaporation spectra, the $^{56}$Fe $\gamma$-strength function is also determined from the first-generation $\gamma$ matrix of the Oslo experiment. The good agreement between the past and present results for the $\gamma$-strength function supports the validity of both methods and is consistent with the low-energy enhancement of the $\gamma$ strength below $\sim 4$ MeV first discovered by the Oslo method in iron and molybdenum isotopes.

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