This study is concerned with the calculations of double differential neutron cross-sections of
the structural fusion materials of 56 Fe and 90 Zr isotopes that are bombarded with protons …

In this paper; photo-neutron cross-sections have been computed for 27 Al, 28, 29 Si, 52 Cr,
54, 56 Fe isotopes by using nuclear reaction codes TALYS 1.6 and EMPIRE 3.1 with …

In a fusion reactor, DT reactions produce huge amount of neutrons which hit the structure
material and produce heat and damages. To understand the production of nuclear heating …

Schiff base derivatives NBAR and NSAR were developed for selective detection of Al $^{3+}
$ in aqueous solution. UV-vis spectroscopic studies revealed that NBAR and NSAR showed …

Abstract Chromium (Cr), iron (Fe), nickel (Ni), and zinc (Zn) are important elements for the
reactor technology as they can be used as structural material, reflector material, blanket …

Silver plated shields are used in components and structures of fusion reactors that may be
effected due to the huge radiation. For this reason, we focused on excitation functions of …

The stopping power and the range of alpha particles emitted from Am-241 source has been
investigated in helium gas at different pressures of 0 to 1 bar, using surface barrier silicon …

Chromium is an important alloying element of stainless steel (SS) and SS is the main
constituent of structural material proposed for fusion reactors. Energy and double differential …

Abstract 56 Fe (n, p) 56 Mn, 55 Mn (n, p) 55 Cr, 52 Cr (n, p) 52 V, 56 Fe (n, α) 53 Cr, 55 Mn
(n, α) 52 V and 52 Cr (n, α) 49 Ti reactions are evaluated using four phenomenological …

In this research, the mass stopping powers, projected range, effective atomic numbers,
effective electron density, radiation yield and stopping time of light and heavy charged …