Released cesium-137 poses a serious threat to living organisms and the environment. As a
radioactive substance, it can only be disposed by the greatest possible concentration and …

In this work, we convert the biowaste materials (sugarcane bagasse) into wealth materials
via combination with metal ferrocyanide through two steps to prepare (SCB-M-FC) …

The removal of radioactive 137 Cs from nuclear wastewater is still needed to mitigate their
high radiological toxicity to living creatures. However, the industrial application of …

The commercial operation of nuclear power remains a challenge due to the contamination of
137Cs in the release of radioactive waste. Herein, we developed an efficient strategy of ion …

In the present work, several hexacyanoferrates (K 2 CoFe (CN) 6, KAlFe (CN) 6 and K 2
NiFe (CN) 6) were theoretically analyzed based on density functional theory (DFT). Their …

Uranium, as a highly toxic radioactive contaminant existing in mine wastewater and
contaminated groundwater, has sparked widespread alarm in recent years. This work …

In present paper, a porous carbon composite electrode, doped with nickel hexacyanoferrate,
was prepared for electrochemical removal of cesium ions from aqueous solutions. Based …

The possibility of using alkali-activated slag-Portland cement for immobilization of dry
radioactive waste containing copper ferrocyanide they been confirmed. Because of …

The preparation of C30 concrete for a cavernous waste repository under construction in
China and its Cs (I) adsorption performance were investigated. The mix ratio of C30 …

In this study, Fe3O4@ SiO2@ FeOOH has been prepared and used as an adsorbent to
eradicate Cr (VI) from aqueous media. Fe3O4@ SiO2@ FeOOH has been characterized by …