This study presents a detailed investigation into the structural, thermal, and radiation
shielding properties of a new glass composition, labeled as (50-x) B 2 O 3+ 30TeO 2+ 10Bi …

This paper investigates the influence of calcium doping on optical properties and radiation
shielding of lithium antimony borate glasses described by xCaO: 10Li 2 O:(70-x) B 2 O 3 …

The objective of the current investigation was to create radiation-shielding materials that
possess both thermally luminous, and dielectric behaviour. Subsequently, a glass series of …

In an attempt to mitigate the increasing number of waste Cathod Ray Tube (CRT) glass in
the environment, provide a safe, cheaper, and environmentally attractive recycling route for …

The increasing application of nuclear technology in medical fields has amplified the demand
for radiation shielding materials. Traditional large-volume concrete cannot simultaneously …

Due to the radiation released by commonly used isotopes, many nuclear, medical, and
industrial facilities require proper radiation shielding. In this work, distinct copper borate …

Due to the high density of metals, metallic materials such as alloys have the potential to
have high gamma-radiation-absorbing abilities. This would make them relevant in a …

In this work, tungsten oxide (WO3) particles (in micro and nanoscales) have been mixed with
silicon epoxy resin to create a novel composite to enhance the radiation attenuation …

The present study was intended to present new borate glass structure with attractive
properties useful for optical and radiation shielding purposes. Therefore, a novel series of B …

While gamma radiation presents significant hazards, the development of reliable shielding
materials is demanded. This research study aims to investigate the gamma attenuation and …