Currently, the use of flexible, light-weight, and environmentally friendly, nontoxic, lead-free
polymer composites with micro-and nano-metal fillers has attracted the attention of …

In radiology, radiation shielding is important for protection especially with diagnostic
radiation, such as diagnostic X-ray, because radiation exposure can damage cellular DNA …

Conventional radiation-shielding aprons are uncomfortable and heavy for medical staff
working at radio diagnostic areas. By virtue of manufacturing functional textile surfaces with …

The rapid development of technology has led to an increase in radiation sources. Electronic
devices such as mobile phones, televisions, and computers, frequently used in daily life, are …

In this study, barium sulfate/amorphous cellulose (Ba/AC) was incorporated into natural
rubber to produce X-ray shielding materials. Ba/AC was prepared by in-situ regeneration of …

The purpose of this study was to evaluate the shielding effectiveness of a non-toxic double
layer of barium sulfate and tungsten with disclosed elemental compositions against …

This paper investigates the shielding effectiveness of natural polymers, such as natural
rubber and cotton, against space radiation. The results are compared with those of …

To develop an alternative surface to lead‐based shieldings, we synthesized bismuth (III)
oxide‐free and bismuth (III) oxide‐loaded poly (vinyl) chloride solutions via electrospinning …

This study aimed to produce a composite of barium sulphate and amorphous cellulose
(Ba/AC) as a substrate for X-ray attenuation. Ba/AC was fabricated by converting the …

In recent years, with the expansion of the diagnostic range of many medical facilities, the
likelihood of exposure to X-rays and gamma rays has increased. For this reason, lead …