Nuclear Data Sheets for A = 175

Investigation of (d,x) nuclear reactions on natural ytterbium up to 24MeV

“…On the other hand, the agreement of the present result with Hermanne et al [7] is strange if we consider the gammaray intensities tabulated in their article (I c = 3.05% for the 283 keV gamma line and 6.5% for 396 keV gamma line, i.e., the 1993 evaluation [58]). After private communication with Hermanne, we confirmed that they adopted the 2004 evaluation [47] in their data reduction, and we can conclude that the agreement with the present result is reasonable.…”

“…In the derivation of cross-sections, Manenti et al [8] adopted the old evaluated intensity of 175 Yb by Macchiavelli et al [58]; consequently their reported cross-sections [8] show large discrepancies to the present results. However, this discrepancy can be removed if the data are updated by using the latest evaluated intensities of 175 Yb by Basunia [47]. On the other hand, the agreement of the present result with Hermanne et al [7] is strange if we consider the gammaray intensities tabulated in their article (I c = 3.05% for the 283 keV gamma line and 6.5% for 396 keV gamma line, i.e., the 1993 evaluation [58]).…”

“…The decay data of the investigated reaction products were compiled in the ENSDF library [41][42][43][44][45][46][47][48][49], which was retrieved from the NuDat-2.6 interface [50], and they are summarized in Table 1. The Q-values and threshold energies were calculated by the Q-tool system [51] on the basis of the atomic mass evaluation by Audi and Meng [52], and they are also presented in Table 1.…”

Nuclear-resonant electron scattering

“…A similar result is obtained for the γ decay rate of a mixed multipole transition. The nuclear data for the magnetic transitions were taken from [43,44,45,46,47,48,49].…”

High-spin structure,Kisomers, and state mixing in the neutron-rich isotopes173Tm and175Tm

“…The associated states also feed into a K = 7/2 level with no other obvious decay branches, suggesting low-K assignments for the 1434-and 2124-keV levels. These states are presumed therefore to be populated by feeding from the β decay of the (9/2 + ) ground state of 175 Er [22] 5.2(2)-keV transition to the 15/2 − member is inferred from the observation of weak 159-and 295-keV γ rays in delayed coincidence with transitions above the 15/2 − isomer (see Fig. 1(a)).…”