Abstract In this work,(Nano-Fe 2 O 3), Nano Polyaniline (NPANI), and a 50%–50% mixture
(NPANI+ Nano-Fe 2 O 3) samples have been synthesized and implemented towards …

The physical, structural, mechanical, and radiation (gamma photon and neutron) shielding
properties of CRT screen glass and Bi 2 O 3 mixtures are presented in this study with the …

Nuclear reactors are vital to the global economy due to the large amounts of baseload
power they can provide with minimal intermittence. However, these reactors are extremely …

One of the most challenges in neutron shielding analyses is the selection of materials that
protect the components of nuclear power plants and workers against radiation effects …

MAB phases (M= transition metal, A= aluminium (Al), B= boron (B)), a new family of nano-
laminated ternary transition metal borides with an excellent combination of functional and …

Nuclear reactor shielding is a requirement for all reactors to prevent radiation from escaping
the core. Shielding design can be an arduous process that requires significant …

Thermal neutron shielding materials based on natural rubber were developed with the
addition of various concentrations of boron carbide (B4C) and carbon black. Different …

Medium temperature heat pipe cooled reactor (MTR) can better address problems faced in
tradition heat pipe cooled reactor such as challenges in high-temperature corrosion …

This paper introduces a novel architecture for optimizing radiation shielding using a genetic
algorithm with dynamic penalties and a custom parallel computing architecture. A practical …

The imperative advancement of gamma-ray shielding materials is pivotal for ensuring
radioactive and nuclear safety. In this study, our objective was to ascertain key gamma ray …