Fuzhou , 350007
China
Fujian Normal University
adsorption, green tea, Mitoxantrone, rGO/Fe NPs, Synthesis mechanism
Pomegranate leaf extracts, Green synthesis, Fe NPs, biomolecules, indole.
adsorption, antibiotic, bimetallic nanoparticles, reduction, ZIF-8
Lignin, laccase, Biological degumming, Artificial intelligence modeling, molecular docking
Mn3O4, Green tea extracts, Fenton-like oxidation, Estrone and β-estradiol, oxygen vacancy, Removal mechanism.
phytoextration, Dicranopteris pedata, Pinus massoniana, co-cropping system, rare-earth mines
17α-estradiol, adsorption, Fenton-like oxidation, FeNPs/rGO
Antinomy, Biosynthesized, Mechanism, RGO-Fe/Ni, Speciation
green synthesis, peroxydisulfate, Fenton oxidation, Degradation mechanism
aquaculture wastewater, Bamboo-Based Biochar, Plant Extracts, Phosphorus removal, Surface modification
Adsorption, Iron nanoparticles, Mechanism, oxidation, Sb(III), Sb(V)
Toxicity, Reduced graphene oxide, Biocompatibility, Biosynthesis, Mechanism
Arsenic, Correlation, Groundwater, mechanism, rare earth elements, Recovery
Nitrogen pollutant, Rare earth elements (REEs), Environmental risk, Tailing
Adsorption mechanisms, Antimony (III) removal, Environmental nanotechnology, Oxidation processes, Wastewater treatment, ZIF-8-Fe nanoparticles
electrocatalysis, nitrate reduction, ammonia synthesis, bond rigidity, dynamic covalent bond
Carbon metabolic pathway, Nitrogen enrichment, organic carbon, Soil aggregates.