The main goal of this study is to fabricate low cost green binding material produced from the
safe recycling of soda-lime glass waste (SLG), hazardous lead-rich glass waste (LRG) and …

The main objective of this work is to compare conventional Portland cement pastes (OPC)
and alkali-activated geopolymer pastes in terms of compressive strength, phase …

The main goal of the current work is to fabricate cheap and eco-friendly materials to protect
civilians as well as living creatures from harmful gamma radiation via recycling two diverse …

In the current investigation, pozzocrete fly ash (PFA) was employed to assess its effects on
physical, mechanical and radiation shielding properties of alkali-activated geopolymer …

Due to the economic and environmental cost of producing cement for concrete, research into
the use of alternative materials such as geopolymers for the partial replacement of cement …

This study aims to investigate the radiation shielding efficiency of cement and geopolymer-
based mortars after exposure to elevated temperatures which may happen during the …

The target of the present paper is to investigate the heavy metals effect on the attenuation
properties of the geopolymer mortar used as radiation shielding for nuclear facilities …

This study aimed to evaluate gamma radiation shielding material based on fly ash (FA) type
ASTM C 618 Class F with a sodium silicate solution with two molarity values. The composite …

Utilization of waste cathode ray tubes (CRT) glass as aggregates in the production of
ordinary Portland cement (PC) concretes is a sustainable recycling method. However, the …

Geopolymers are a new environmentally friendly cementitious material, and the application
of geopolymers can reduce the carbon dioxide emissions caused by the development of the …