China
East China University of Technology
Nuclear fuel cycle, Lanthanide, High-temperature adsorption, Removal rate, Elevated electrochemistry
Nuclear fuel dry reprocessing, Molten salt electrolysis, High-temperature adsorption, Removal of lanthanide elements, Electroplating technique
Bisphenol compounds, COFs, adsorption separation, hydrophobic interaction
Precious metal metallurgy, Electrolytic deposition, Purification, Nuclear fuel reprocessing, Dynamic parameters
Voltammetric sensor, MoS2/Au, heterostructure, Hg(II) detection, Wastewater analysis
composite hydrogel, Uranium removal, Phosphoric acid groups, photothermal conversion, Graphene oxide
Resource Recycling, Raros, Uranium Recovery, Mos2, Charge Transfer Mechanism
Electrochemical deposition, Rare earth element, Mechanism analysis, Intermetallic compounds, Thermodynamic and kinetic parameters
nuclear fuel cycle, waste salt purification, electrochemical refining, sustainable development of fuel processing, high-temperature adsorption
Molten salt electrochemistry, Electrorefining, Intermetallics, Kinetic and thermodynamic parameters, Lanthanides
Nuclear waste management, pyroprocessing, zeolite adsorption, molten salt chemistry, lanthanide separation, ion-exchange mechanism
Radioactive waste remediation, Thorium removal, Biomimetic phosphatization, Rare earth leachates, nZVI
Uranium mine, Composite hydrogel, Uranium adsorption, Photothermal conversion, Recyclability
Uranium, MnO2 polymorphs, Oxygen vacancies, Cyclic vacancy reconstruction, Charge reservoir
Molybdenum disulfide, Defects, Phosphorylation, Ultra-fast adsorption, uranium
Swelling-induced pore reconfiguration (SIPR), Hydrospongel, 99TcO4⁻/ReO₄⁻, Adsorption, Nuclear wastewater
Regulatory strategy, Uranium, Amino Functionalities;Photocatalytic
Thorium, Associated Minerals, Mineralization mechanism, Phosphating, Zero-valent iron
Surface Charge Reconstruction, Zero-valent iron (Fe⁰), Uranyl ion adsorption synergistic reduction, Boric acid modification, Surface passivation prevention, DFT theoretical calculations reveal mechanisms
Resource recycling, RAROs, Uranium recovery, MoS2, Charge transfer mechanism
Nuclear fuel cycle, Molten salt electrolysis, Waste disposal, Dynamics and mechanism, Removal rate
Zinc ferrate, photocatalysis, Low light intensity, U(VI)
Uranium recovery, Radioactive wastewater, Inner sphere electron transfer, Single atom electrocatalysis, Interfacial hydroxyl microenvironment