This study proposed a novel method for recycling cathode ray tube (CRT) glass as heavy
aggregates to prepare radiation shielding concrete (RSC). Microstructure, physical …

Abstract Radiation Shielding Concrete plays a critical role in safeguarding against ionizing
radiation, in nuclear power plants, medical facilities, and other radiation-sensitive …

With the rapid development of nuclear science and technology, X-rays and γ-rays are widely
used in the fields of medical, military, industry, etc. However, a prolonged accumulation of …

As an environmentally responsible alternative to conventional concrete, geopolymer
concrete recycles previously used resources to prepare the cementitious component of the …

This study explores the novel production of high-performance glass ceramics (GCs) by
harnessing readily available and cost-effective raw materials schist, dolomite, and …

In order to meet the requirements of nuclear safety, it is important to prepare mortars that
simultaneously mortar with high compressive strength and neutron shielding properties. In …

Sugar beet crown (SBC) waste was employed to produce sustainable activated carbon (AC)
by a thermo-chemical activation procedure using a fixed ratio of H3PO4/SBC (1: 1 w/w ratio) …

Chrysotile, the most common serpentine polymorph, represents one of the most hazardous
mine wastes known for its associated health risks. For the first time, chrysotile mine waste …

Geopolymer, as a new type of solid waste-based inorganic cementitious material, exhibits
outstanding behavior in terms of physical and chemical performance, macromechanical …

The application of nuclear technologies simulates the development of radiation shielding
materials. Traditional heavy-weight concrete used for radiation shielding is limited in …