Negatons and conversion electrons from the decay of 96Nb

Single and Double Beta-DecayQValues among the TripletZr96,Alanssari1, Frekers2, Eronen3 et al. 2016Phys. Rev. Lett.263180View full textAdd to dashboardCite

“…The only 96 Zr single β-decay Q-value determination goes back to a 96 Nb β-decay end-point energy measurement [17], where the decay leads to the J π ¼ 5 þ level at 2438.5 keV in 96 Mo (cf. Fig.…”

Discovery of yttrium, zirconium, niobium, technetium, and ruthenium isotopes

“…"Forward emitted fragments from 80 Zn up to 155 Ce were analyzed with the Fragment Separator (FRS) and unambiguously identified by their energy-loss and time-of-flight." This experiment yielded 413, 81, and 10 counts, of 108 Nb, 109 Nb, and 110 Nb, respectively. (150), 112 Nb (22) and 113 Nb (8) were recorded.…”

“…Es handelt sich wahrscheinlich um das 103 Tc, das durch den Prozeß 104 Ru(n,np) 103 Tc entstanden ist." [The β-decay curve exhibits -after the subtraction of the 18-min period of 108 Ru produced in the n,γ reaction -a short-lived isotope with a half-life of about 1.2 min. This nuclide was previously unknown.…”

“…and "The decay curve of this doublet shows two components with 5.0±0.5 and 1.0±0.2 sec half-lives. The former half-life belongs to the well known 108 Tc whereas the 1.0 sec component is assigned to the decay of 110 Tc." These half-lives are consistent with the presently accepted values of 860(40) ms and 920(30) ms for 109 Tc and 110 Tc, respectively.…”

“…6.19. 108 Ru 108 Ru was identified by Baro et al in the 1955 paper "Eine neue Isobarenreihe 108 (110)" [174]. Uranyl was bombarded with 28 MeV deuterons, as well as fast and slow neutrons.…”