Abstract Iron (Fe) and nickel (Ni) are important fusion structural materials in reactor
technology. The gas production in the metallic structure arising from many different types of …

In this study, the theoretical photo-neutron cross-sections produced by (γ, n) reactions for
several structural fusion materials such as 51 V, 55 Mn, 58 Ni, 90, 91, 92, 94 Zr, and 181 Ta …

The development of fusion materials for the safety of fusion power systems and
understanding nuclear properties is important. The reaction cross-section data have a …

In this study, the theoretical neutron-production cross-sections produced by (α, xn) reactions
(x= 3, 4, 5, 6, 7) for structural fusion material 181 Ta in alpha-induced reactions have been …

In the next century, because of the worldwide energy shortage, human life will badly be
affected. Nuclear fusion energy is the remarkable solution to the rising energy challenges …

In this study, the theoretical photo-neutron cross-sections produced by (γ, 2n) reactions for
several structural fusion materials such as 51 V, 55 Mn, 58 Ni, 90, 91, 92, 94 Zr, and 181 Ta …

The knowledge of cross section for emission of light charged particles (p, d, t, and α) induced
by fast neutrons on structural fusion materials has a critical importance on fusion reactors …

In this study, we present the results of a careful analysis of cross sections of some important
iron (Fe) group target elements (20≤ Z≤ 28) for astrophysical (n, p) reactions such as Si …

In this study, cross sections of neutron induced reactions have been investigated for fluorine
target nucleus. The calculations have been made on the excitation functions of 19 F (n, α) …

Fission and fusion reactor technologies have been investigated since 1950's on the world.
For reactor technology, fission and fusion reaction investigations are play important role for …