Microwave radiation has the ability to heat a material with dielectric properties. Material
absorbs microwave energy and then converts it into heat, which gives the possibility of a …

This comprehensive review examines recent trends in phytoremediation strategies to
address soil radionuclide contamination by cesium (Cs) and strontium (Sr). Radionuclide …

Rapidly increasing plastics have been used and finally become wastes, resulting in
increasing pressures to the environment. Microwave-assisted pyrolysis is a promising …

This study investigates the synergistic performance of copper–WC–graphene composites
fabricated using microwave sintering. Optical Microstructure analysis demonstrated a …

The development of cheap, efficient and high activity non-noble-metal oxygen evolution
reaction (OER) electrocatalysts is of great interest in promoting the application of water …

Reducing energy consumption is a crucial issue in adsorbent regeneration process, while
regulating temperature distribution during regeneration is expected to solve this problem. In …

The safe treatment of radioactive‐contaminated soil is of great significance. In this work,
neodymium‐contaminated soil was successfully immobilized using microwave sintering to …

This study investigates the safe disposal of simulated radioactive sludge. Microwave
sintering of silicate glass (SG) particles and simulated sludge is performed to prepare …

Oxyapatite (general formula: A 2 IA 8 II (BO 4) 6 O 2) is a potential material for immobilization
of nuclear waste. Here, a novel Sr 2 Nd 8 (SiO 4) 6 O 2 glass-ceramics (GCs) derived from …

Herein, in situ immobilization properties and mechanism of the pre-prepared geopolymer
microspheres after adsorption of Sr 2+/Cs+(Sr/Cs@ GPMs) were studied. The Sr 2+ and Cs+ …