China
East China University of Technology
high-level liquid waste, Vitification, Calcination, Phase
MXene membrane, electrochemical, U(VI) extraction, phosphoric acid
MXene membrane, electrochemical U(VI) extraction, self-supporting electrodes, phosphate functionalization
CO2 reduction, Three-dimensional electrolysis system, Particle electrodes, Formate production.
CO2 reduction, Three-dimensional electrolysis system, Particle electrodes, Formate production
two-step vitrification, high-level liquid waste, dissolution behavior, structural evolution
Ti3C2Tx MXene, Cd0.8Zn0.2S, Schottky heterojunction, Photocatalytic, Uranium
Ti3C2Tx, Cd0.8Zn0.2S, Schottky heterojunction, Photocatalytic, Uranium
High-level liquid waste, vitrification, denitration, precipitation
simulated high-level waste, vitrification, melting reaction, phase evolution
MXene, uranium electrochemical removal, square wave exchange method, molybdenum disulfide
High-level liquid waste, Vitrification, Leaching behavior, Corrosion layer, Chemical durability
MXene, Polyphosphazene, Square-wave exchange method, Uranium extraction.
uranium (VI), adsorption, carbon microspheres, zinc oxide
MXene membrane, electrochemical, uranium(VI) extraction, amidoxime
perovskite solar cell, Isostructural passivation, Interface compatibility, Ambient-air fabrication
co-doped, porous carbon materials, uranium (VI), electrosorption