Aimed to solve the problems of low adsorption capacity, complex preparation and difficult
recovery for reported cesium ion adsorbents, a novel high-efficiency Cs+ adsorbent of …

Separation of cesium ions from other radioactive ions is of great significance for recycling
and utilization of radioactive sources, facilitating the management of highly radioactive liquid …

A magnetic micro porous structure composite based on alginate and Prussian blue (M-SA-
PB) was simply prepared for cesium removal from the aqueous solutions. The gelation and …

Efficient removal of 137Cs from radioactive wastewater and seawater environments is of
great significance to environmental protection and human health. Therefore, it is urgent to …

The great applications of nuclear power for the most promising clean energy sources have
been challenged by a large amount of radioactive wastewater generated, specifically the …

Novel hydrogel beads based on nanocomposite with outstanding antibacterial and swelling
capabilities have been successfully produced as an efficient drug carrier for potential drug …

Prussian blue analogues (PBAs) are widely considered as an auspicious material for Cs+
separation to deal with water pollution. However, the noxious presence of cyanide …

In this research, composites of ZnO in the form of flowers with ZnFe Prussian blue analogues
were prepared by in situ synthesis, and found the synthesis conditions with maximum …

Here, we develop a centrifugal microfluidic reactor with simple, fast, and high-throughput
manner for the generation of magnetic Janus micro-adsorbents (MAs). By using the multi …