Abstract Copper oxide nanoparticles (CuO NPs) are needed in various fields, especially in
the biomedical field. CuO NPs was obtained from Aspergillus terreus filtrate. CuO NPs …

The present study concerns the sorption of 137 Cs and 152+ 154 Eu from low-level
radioactive waste (LLW) by bentonite phosphate modified with nickel (BPN) sorbent …

Radionuclides should be separated from the waste streams before their discharge due to
their undesired effects on human physiology and ecological systems. In this work, the …

Increasing in the use of various radioactive elements in many applications over the past few
decades has accompanied with an increase radioactive waste. Therefore, preparation of Al …

Using batch and column procedures, the present work investigated the sorption behaviour of
137Cs and 152+ 154Eu by bentonite phosphate modified with nickel (BPN) sorbent. The …

Abstract The Prussian blue functionalized SiO 2 (nano-material of SiO 2-Fe-CN) was
successfully prepared using a novel and simple preparation route. The SiO 2 nanoparticles …

For human health and safety, it is of great importance to develop innovative materials with a
vast capacity for powerful removal of radioactive ions from aqueous solutions. Prussian blue …

Three synthetic hematite (SH) materials as iron oxides nanofibers were prepared and
applied for the removal of 51 Cr and radioiodine (131 I) as anions associated with nuclear …

The negatively charged surface of chabazite reduces its efficiency for the sorption of anionic
species of radionuclides due to the repulsion force between the anionic species and the …

Potential utilization of hematite as a natural material for immobilization of long-lived
radionuclides from radioactive liquid waste was investigated. Hematite ore has been …