In this study, linear attenuation coefficients of concretes containing different rates of basalt-
magnetite aggregates were measured for gamma energies of 511, 662, 835, 1173, 1275 …

To modify some properties of serpentine-based concretes, serpentine aggregate (S) was
partially replaced with either hematite aggregate (H) or barite aggregate (B) at levels of 25 …

For the first time, the hazardous chrysotile was valorized as an aggregate in radiation
shielding concrete (RSC). This was accomplished through its amalgamation with two …

Nowadays, parallel to the increasing use of nuclear technology, radiation protection
becomes an important issue. The use of materials, such as (Pb) lead, has become standard …

Serpentine and boric acid are effective materials to produce the radiation-shielding concrete
(RSC) for attenuating the fast and thermal neutrons, respectively. Therefore, this study …

Radiation may be hazardous for human cells when absorbed more than the required dose.
Hence, radiation protection processes is required, andthe development of shielding …

To highlight the impact of barite and hematite addition on selected physical, mechanical,
and radiation attenuation properties of serpentine concrete (A), different replacement ratios …

A mesoporous adsorbent based on calcium silicate CaSiO 3 for the removal and
immobilization of cobalt 60 Co radionuclides in durable ceramic CaCoSi 2 O 6 matrices was …

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 …

Most of the construction material originated from the rock which either used directly or as
aggregate in concrete production. As in radiation protection selecting shielding material is …