Home / Store / Journals / Electronic Articles / Nuclear Science and Engineering / Volume 93 / Number 4 / Pages 370-375
H. Märten, D. Seeliger
Nuclear Science and Engineering / Volume 93 / Number 4 / Pages 370-375
Format:electronic copy (download)
The Madland-Nix model (MNM) for the calculation of fission neutron spectra is modified considering the dependence on fragment mass number A. Further, an approximation of this generalized Madland-Nix model (GMNM) that takes into account the different center-of-mass system spectra for the light and heavy fragment groups is discussed. These new calculations are compared with two versions of the original MNM. In particular, the level density parameter, which was adjusted by fitting the calculated spectra to a Maxwellian distribution deduced from experimental data, becomes more reasonable in the framework of the GMNM. The results of the different model calculations are compared with experimental data on the 252Cf(sf) neutron spectrum in the 0.1- to 20-MeV energy range.
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