The large amount of radioactive waste generated by the rapid development of nuclear
energy is in urgent need of disposal. Metal chalcogenide ion-exchangers (MCIEs) are newly …

Zeolite is a characteristic material for removing heavy metals exhibiting by low tolerance
quantities. It is particularly desirable although challenging to cultivate an unmodified and …

The ability to manipulate crystal structures using kinetic control is of broad interest because it
enables the design of materials with structures, compositions, and morphologies that may …

In this work, a novel amino-modified chitosan/tailings composite (CS-PEI-nGT) was
successfully synthesized from gold tailings particle treated by ball milling (nGT), chitosan …

Herein, a split-type immunoassay strategy instigated by cation exchange (CE) and changing
the capacity of an electron donor in an electrolyte solution is optimized, namely, for …

Abstract 1D layered nanowires (NWs) are expected to be excellent electrode materials due
to their efficient electron/ion transport and strain/stress relaxation. However, it is a great …

Abstract 137 Cs is radioactive and highly hazardous to human health and the environment
and its efficient removal from water is still challenging. In this study, potassium antimony tin …

Accurately evaluating the adsorption ability of adsorbents for heavy metal ions (HMIs) and
organic pollutants in water is critical for the design and preparation of emerging highly …

The pH values of nuclear wastewater are extremely low or high, which make the efficient
removal of 137 Cs a major concern among the issues for safety management and …

Heavy metal pollution of water is a global environmental concern which necessitates viable
remediation through the exploration of highly effective adsorbents. Based on the affinity …