Proton Inelastic Scattering from the Five Stable, Even-Mass Isotopes of Molybdenum

Systematical nucleon-induced optical model analysis for medium and heavy nuclei with coupled-channel framework

“…In this case, the elasticity parameter of γ-vibration was determined so as to describe corresponding measured inelastic scattering cross sections, since we could not determine its elasticity parameter due to the difficulty of the level assignment in the SRM analysis. Of course, those calculations could be applied only to the cases where inelastic scattering experimental data were available: 54 As an example, the calculated inelastic scattering cross sections are illustrated in figure 2 for 100 Mo together with the experimental data [10][11][12]. It should be emphasized that the calculated cross sections of 3 − excitation reproduce the data very well.…”

Identification of Short-lived Isotopes of Zirconium, Niobium, Molybdenum, and Technetium in Fission by Rapid Solvent Extraction Techniques

“…11A, and y-rays of 159.3,528.1, and 535.6 keV energy are attributed to 100 Nb. The mass assignment is based on the agreement of these y-ray energies with the energies of the lowest-lying states of 100 Mo deduced from studies of its Coulomb excitation [48,49], of the 100 Mo (n, n' y) 100 Mo reaction [50] and the 100 Mo(p, p') 100 Mo reaction [51]. According to these studies, the following transitions are to be expected: 2+ 0+ 535.5 keV [49], 0+' ->2+159keV, and 2+' -> 2+ 528 keV [50,51].…”

Excitations of21+and31−Ma1, Cottle2, Kw3 1992Phys. Rev. C453240View full textAdd to dashboardCite

“…In addition, the Becchetti-Greenlees analysis was limited to proton energies less than 50 MeV, and 15 MeV. The data are taken from [31], snd the calculations sre performed according to the procedure described in the text. 25.6 MeV.…”