Nuclear technology has expanded from the original weapon of war to all aspects of social
development, finding wide applications in various industries such as medical diagnostics …

Use of X-rays and γ-rays have become inevitable in medical sectors like radiology,
interventional cardiology and diagnostic imaging, radiation physics laboratories, nuclear …

To overcome the severe toxicity and blind absorption zone of conventional lead-based
shielding materials for X-rays in the 70–90 keV range, the lead-free multilayered polymer …

This study aims to evaluate the effect of particle size on the mass dependent attenuation
ability of bulk and nanoparticles PbO. The mass attenuation coefficient, or MAC, of the …

It has been confirmed from an experimental, as well as a theoretical, standpoint that metal
oxide polymer nanocomposites (MPNCs) represent a new category of advanced materials …

Six commercial, lead-free, radiation protective materials were tested for their attenuation
across a range of X-ray energies used in medical diagnostic imaging and interventional …

To protect the workers from overexposure to X-ray radiation, conventional lead (Pb)-based
aprons are widely applied to many medical institutions and nuclear industries. However …

The aim of the present study is to fabricate an economical, environmentally friendly, easily
workable, light-weight and comfortable textile-based radiation shield. At first, polyester …

Radiation protection safety and wear comfort of personal protective equipment (PPE) are of
vital importance to nuclear personnel involved. Unfortunately, it is difficult for current PEE to …

We investigated the X-ray interaction parameters with quaternary tellurite glass system in the
structure of TeO 2 single bondZnOsingle bondNb 2 O 5 single bondGd 2 O 3. The X-ray …