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

Ionizing radiations are hazardous in the long run if exposed to a limit higher than the
permissible limit (20 mSv/year). It can cause serious health issues like cancer, cardiac …

In this work, a new ternary nanocomposite was prepared from polypropylene (PP) as a base
and doped with different percentages of nano-cadmium oxide CdO-NPs, and nano …

The continuous development of ionizing radiation in medical imaging and treatment, nuclear
reactors, food irradiation, and other fields is accompanied by potential risks. It protects …

Various research has been done in manufacturing and designing different types of radiation
shielding. In this study, lead-free polymer composite panels with new special formulations …

Abstract Polyimide (PI), a high-performance polymer with a high strength-to-weight ratio,
thermal stability up to 330° C, and chemical resistance, is a candidate material for …

The ionizing radiation has been well known for over 100 years now, and it was proved that it
is harmful to living organisms. On the other hand, physical properties of this radiation itself …

The requirements of shielding protection originate from a series of industrial applications,
including reactor, storage of spent fuel, radiology, nuclear medicine, etc. In this work, the …

A series of surface modified-gadolinium/boron/polyethylene composites composed of
surface modified fillers (M− microGd 2 O 3 and M− nanoGd 2 O 3) are prepared for shielding …

In this study, nano-scaled shielding materials were assembled and fabricated by doping
different weight percentages of Nano-mercuric oxide (N-HgO) into Nano-Bentonite (N-Bent) …