Transition probabilities and energy levels in heavy odd-mass isotopes of Sn (A=119?125)

Delayed neutron emission probabilities of gallium, bromine, rubidium, indium, antimony, iodine, and cesium precursors

“…~z7-13Zin The presence of isomers in most of the indium isotopes makes the data analysis and interpretation complicated, however. Detailed y-ray spectroscopy on neutron-rich indium isotopes has been performed at this laboratory by Fogelberg and Carl6 [23] for even-mass isotopes, by Fogelberg et al [19] and de Geer and Holm [24] for odd-mass isotopes. In the isotopes 124, 126, 12s, 13Oin there are two fldecaying isomers with similar half-lives, probably with spin and parity 3 + and 8-.…”

Pairing effects in Sn isotopes

“…Further information on the structure of the > states in Sn is given by the log ft values of the feeding -transitions in In isotopes. In fact, in the lighter isotopes, Sn, Sn and Sn, where the > state seems still to be a rather pure single-particle state, a log ft of about 4.4 has been measured for the spin flip transition from the g state in In isotopes [44,45]. The sum of the -strengths [45] to the two > levels in Sn agrees well with the above value of log ft, indicating that the single-particle character is divided between the states.…”

“…In fact, in the lighter isotopes, Sn, Sn and Sn, where the > state seems still to be a rather pure single-particle state, a log ft of about 4.4 has been measured for the spin flip transition from the g state in In isotopes [44,45]. The sum of the -strengths [45] to the two > levels in Sn agrees well with the above value of log ft, indicating that the single-particle character is divided between the states. In Fig.…”

Nuclear structure study of semi-magicSn125via(n,γ)andTomandl1, Honzátko2, Egidy3 et al. 2011Phys. Rev. C13060View full textAdd to dashboardCite

“…The results from the highly sensitive experimental setup inŘež [11] and the high-resolution Q3D magnetic spectrograph [12] will supersede data from these previous experiments. Besides these two reactions the present Nuclear Data Sheets (NDS) level and decay schemes of 125 Sn [13] are based on the data from the resonance neutron capture [14], the (α, 3 He) reaction [9,15], the (d,pγ ) reaction [16], and the β decay [17].…”