1Transport of functional group modified polystyrene nanoplastics in binary metal oxide saturated porous media

作者： Zhang G.; Ma Q.; Yu M.; Yin J.; Sun H.; Wang N.; Wang J.; Yin X.; SCIE（2023版） EI（2023版）

机构： College of Natural Resources and Environment; Northwest A&F University; Yangling; 712100; China; Key Laboratory of Plant Nutrition and the Agri-environment in Northwest China; Ministry of Agriculture and Rural Affairs; Agro-Environmental Protection Institute; Tianjin; 300191; College of Resources and Environment; Key Laboratory of Agricultural Environment; Shandong Agricultural University; Shandong; Tai'an; 271000;

来源：Journal of Hazardous Materials

关键词： Ionic strength Metals Morphology Polystyrenes Surface morphology Surface roughness Binary metal oxides Composite metal oxides Metal-oxide Nanoplastics Porous medium Saturated porous media Soil environment Solution chemistry Transport Transport and transformation Porous materials aluminum aluminum hydroxide cation functional group iron manganese oxide metal oxide microplastic monovalent cation nanoplastic polystyrene polystyrene nanoplastic unclassified drug nanocomposite nanomaterial plastic polymer porous medium surface roughness aqueous solution Article coating (procedure) controlled study mathematical model migration physical chemistry soil pollution soil treatment static electricity surface area surface property theoretical study zeta potential

年份：2023