89Y + n resonances for E = 10–740 keV and intermediate structure
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Cited by (15)
The <sup>89</sup>Y(n,γ) reaction: Radiative cross sections and the decay of <sup>90</sup>Y<sup>m</sup>
2020, Applied Radiation and IsotopesCitation Excerpt :In this mass region, p-wave capture is dominant (Buck and Perey, 1962). The spin-2 resonances (Bolderman et al., 1977; Agarwal et al., 1989) occur much higher in energy than the resonances with spin 0 or 1, and the energy denominator in the Breit-Wigner shape results in the spin-2 resonances having a negligible effect on the thermal cross section. For a spin-1 p-wave resonance (1+), the 2- ground state in 90Y can be reached by a single E1 transition, while it takes a sequence of 6 such transitions to reach the 7+ isomer.
Nuclear Data Sheets for A = 89
2013, Nuclear Data SheetsNuclear data sheets for A = 89
1998, Nuclear Data SheetsParity dependence of the nuclear level density at high excitation
1995, Nuclear Physics, Section AComplete spectroscopy of <sup>90</sup>Y via the <sup>89</sup>Y(n, γ) and <sup>89</sup>Y(d, p) reactions
1993, Nuclear Physics, Section A
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