α-Particles emitted from 14 MeV neutron interactions with light and medium-weight nuclei
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Cited by (3)
Entrance channel effects on the alpha decay probabilities of neutron and proton induced reactions for target mass A=55
2020, Nuclear Physics ACitation Excerpt :However, we do not observe difference in the results with and without width fluctuation corrections in the energy ranged considered. To optimize the models and parameters used in Talys-1.9, we performed calculations using six different level density models and eight different gamma ray strength functions available in Talys-1.9 which are compared with available experimental data [35–53] taken from EXFOR database [54] and evaluated data taken from evaluated nuclear data libraries TENDL-2017 [64] and ENDF/B-VII.0 [65] which is shown in Fig. 3. It can be seen that the reference cross section obtained using LDM4 best match the available experimental data and the evaluated nuclear data files of TENDL-2017 and ENDF/B-VII.0 whereas the gamma ray strength functions do not have significant effects for a given level density model.
On the mechanism of the reactions<sup>24,25,26</sup>Mg(n,α)<sup>21,22,23</sup>Ne at neutron energies near 14 MeV
1978, Zeitschrift für Physik A: Atoms and NucleiShell effects in (n, p) and (n, α) cross-sections at about 14 MeV
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Results for As75 and Na23 are given in refs. 14, 15).