Excitation functions were measured for the Cu 63 (n, α) 60 Co m, Cu 65 (n, α) 62 Co m, and
Cu 65 (n, α) 62 Co g reactions over the neutron energy range of 6.3 to 14.8 MeV. Use was …

Absolute activation cross-sections for the reactions Cu 63 (n, α) Co 60, Ni 60 (n, p) Co 60, Ti
46 (n, p) Sc 46 and Na 23 (n, 2n) Na 22 were determined in the energy range 12.5 MeV to …

Cross sections for the reactions 65Cu (n, 2n) 64Cu, 65Cu (n, p) 65Ni, and 65Cu (n, nα)
61Co have been measured by the activation method from threshold energies up to 20.2 …

Excitation functions were determined for Fe 58 (p, n) 58 Co m, Fe nat (d, xn) 58 Co m, Mn 55
(α, n) 58 Co m, and Co 59 (n, 2n) 58 Co m reactions from the respective thresholds to 14.12 …

The cross sections for the cumulative and independent population of 21 levels in Cu 61 and
7 levels in Ni 60 via the Ni 58 (α, p γ) Cu 61 and Ni 58 (α, 2 p γ) Ni 60 reactions at 19.67 …

The cross sections for the Ni 58 (n, p) 58 Co m, g reactions were measured in the neutron
energy range 2.1–14.8 MeV using the activation technique in combination with high …

Excitation functions were measured by the stacked-foil technique for Ni 61 (p, α) 58 Co m
and Ni 61 (p, α) 58 Co m+ g reactions using 88.84% enriched Ni 61 from threshold up to …

Excitation function of the reaction Ni 60 (p, γ) Cu 61 was measured via the activation
technique in the energy range of 1.3–16.0 MeV using a low-energy accelerator and a small …

Excitation functions of the 58 Ni (n, p) 58 Co m, g reactions were measured in the energy
range from 2 to 15 MeV. The energy dependence of the isomeric cross-section ratio R= σ …

The excitation function for the Cu 65 (p, p π+) Ni 65 reaction was measured from 0.49 to 28
GeV. With other data, this provides a complete excitation function for this reaction from …