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 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 …

Results of new cross section measurements are presented for the following neutron-induced
reactions: 58Ni (n, p) 58m+ g Co, 58Ni (n, p) 58mCo, 58Ni (n, x) 57Co, 58Ni (n, 2n) 57Ni …

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 …

Excitation functions were measured for the reactions 72 Ge (n, α) 69 Zn m, g, 69 Ga (n, p) 69
Zn m, g, 70 Zn (n, 2 n) 69 Zn m, g, 74 Ge (n, α) 71 Zn m, g, and 71 Ga (n, p) 71 Zn m, g over …

Excitation functions were measured by the stacked-foil technique for Fe nat (p, xn) 56 Co, Fe
nat (p, xn) 57 Co, Fe 58 (p, n) 58 Co m+ g, Fe 57 (p, α) 54 Mn, Fe nat (d, xn) 58 Co m+ g, Fe …

The cross sections and isomer ratios for the Ni 58 (n, p) Co 5 8 m, g reaction have been
measured relative to the U 235 (n, f) reaction for neutron energies of 1.04 to 2.67 MeV. The …

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 …

Abstract The 59 Co (n, γ) 60 Co reaction cross sections have been measured relative to the
cross sections of the 115 In\left (n, γ\right) n, γ 116m In monitor reaction at the effective …

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 …