The 52Cr(t, p)54 reaction at Et = 15 MeV

doi:10.1016/0375-9474(83)90463-3

Nuclear Physics A

Volume 406, Issue 2, 19 September 1983, Pages 291-305

https://doi.org/10.1016/0375-9474(83)90463-3 Get rights and content

Abstract

Using the ⁵²Cr(t, p)⁵⁴Cr reaction at a bombarding energy of 15 MeV, excitation energies have been measured for 30 levels up to E_x = 5.583 MeV in ⁵⁴Cr. Angular distributions were obtained for all but one of these levels; these have been compared with distorted-wave Born approximation (DWBA) calculations to determine the L-transfer (and hence J^π). The measured cross sections have been compared to the predictions of DWBA calculations that use two-neutron transfer amplitudes from a shell-model calculation with the active neutrons restricted to the $(2 p_{32}, If_{52}, 2 p_{12})$ orbitals.

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Cited by (7)

Nuclear Data Sheets for A = 54
2014, Nuclear Data Sheets
The 2005 evaluation for A=54 (2006Hu08) has been updated. Detailed experimental nuclear structure data and decay data for all nuclei with mass chain A=54 are presented in this current evaluation. The new data and information are given in following datasets:
- ⁵⁴Ca: ⁹Be(⁷⁶Ge, X) and Be(⁵⁵Sc, p), (⁵⁶Ti, 2p)
- ⁵⁴Sc: ⁵⁴Ca $β^{-}$ decay and ⁵⁴Sc IT decay
- ⁵⁴Ti: ⁵⁴Sc $β^{-}$ decay
- ⁵⁴Cr: ⁵⁴Mn ε decay, ⁵⁶Fe(μ, nupng), and ²³⁸U(⁶⁴Ni, Xγ)
- ⁵⁴Mn: ⁵¹V(²⁰Ne, Xγ), ⁵⁵Mn(p, pn), and ⁵⁶Fe(μ, nu2ng)
- ⁵⁴Fe: ⁵⁸Ni α decay, ⁹Be(⁵⁵Co, Xγ), ⁵⁴Fe(e, e'), ⁵⁴Fe(p, p'), and Coulomb Excitation
- ⁵⁴Co: ⁵⁴Ni ε decay, ⁵⁵Cu εp decay, ²⁸Si(³²S, αpnγ), ⁵⁴Fe(p,n), and ⁵⁴Fe(³He, t)
- ⁵⁴Ni: ⁵⁴Ni IT decay, ⁵⁵Zn εp decay, ⁹Be(⁵⁵Ni, Xγ), and ²⁴Mg(³²S, Xγ)
- ⁵⁴Zn: Ni(⁵⁸Ni, X)
Nuclear Data Sheets for A = 54
2006, Nuclear Data Sheets
Nuclear data sheets for A = 54
1987, Nuclear Data Sheets
Experimental nuclear structure and decay data pertaining to all nuclei with mass number A=54 have been compiled and evaluated. Level schemes from both radioactive decay and reaction studies are presented, along with associated tables of experimental data and adopted properties for levels and transitions. This work supersedes the previous evaluation by H. Verheul and R. L. Auble (78Ve02) published in Nuclear Data Sheets 23, 455 (1978).
The nucleus 60Fe from 58Fe(t, p)60Fe
1986, Nuclear Physics, Section A
The ⁵⁸Fe(t, p)⁶⁰Fe reaction has been studied at an incident energy of 15 MeV. Angular distributions have been measured for 29 states up to E_x = 5.2MeV. Comparison of the data with DWBA calculations, using pure configurations for the transfer amplitudes, has enabled the L-transfer (and hence J^π value) to be determined for all the states investigated. Twenty-three new J^π assignments have been made. The trend in the ground-state strength for the ^54,56,58Fe(t, p)^56,58,60Fe reactions has been reproduced, using a simple model in which the two-neutron transfer amplitudes are calculated in the quasiparticle limit. Finally the distribution of transition strength among the excited states of the three reactions is discussed.
Yrast spectroscopy of 54Cr
2000, Physical Review C - Nuclear Physics
Calculation of neutron-induced reaction cross sections of manganese-55
1989, Journal of Nuclear Science and Technology

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^∗: Permanent address: Physics Dept., Faculty of Science, Mansoura University, Mansoura, Egypt.

^†: Supported by the National Science Foundation.

^††: Supported by US Department of Energy.

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Nuclear Physics A

Abstract

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Cited by (7)

Nuclear Data Sheets for A = 54

Nuclear Data Sheets for A = 54

Nuclear data sheets for A = 54

The nucleus <sup>60</sup>Fe from <sup>58</sup>Fe(t, p)<sup>60</sup>Fe

Yrast spectroscopy of <sup>54</sup>Cr

Calculation of neutron-induced reaction cross sections of manganese-55