The excitation functions of nat Mo (α, x) 97 Ru and nat Mo (α, x) 103 Ru reactions in the
energy range of 10–22 MeV are determined using the stacked foil activation technique and …

The reaction cross-sections for the\(^{121}\) Sb (\(n,\gamma\))\(^{122}\) Sb reaction were
determined at 1.66, 2.65, and 3.05 MeV. The experiment was conducted using the neutron …

In the present work, we have measured 98 Mo (n, γ) 99 Mo reaction cross-section using a 7
Li (p, n) 7 Be neutron source at 1.67±0.14, 2.06±0.14 and 2.66±0.16 MeV neutron energies …

The current study presents the cross-section measurement of $^{181} $ Ta (n, $\gamma $)
$^{182} $ Ta reaction at 1.37$\pm $0.13, 2.06$\pm $0.14, 2.56$\pm $0.15, and 3.05$\pm …

Excitation functions of alpha-particle induced nuclear reactions on nat Sn have been
presented in the 11–40 MeV energy range. In the present study, the stacked-foil activation …

The neutron capture cross-section for the $^{181} $ Ta (n, $\gamma $) $^{182} $ Ta reaction
has been experimentally measured at the neutron energies 0.53 and 1.05 MeV using off-line …

A significant amount of alpha particles, upto∼ 35 MeV are produced in the reactor
environment. Alpha induced reaction on natural Zirconium, a reactor component, upto 40 …

The cross section of the 109 Ag (n, γ) 110m Ag reaction is measured with the aid of using the
neutron activation approach and γ-ray spectroscopy. Neutrons were generated with the help …

击 The neutron capture cross-section is crucial for studying nuclear physics processes,
including nuclear reaction kinetics, element creation, and the astrophysical process of …

Neutron scattering [1, 2], nuclear reaction [3–5] and nuclear structure [6, 7] are different
probes to understand nuclear dynamics experimentally. Nuclear level densities [8], optical …