1Yielding hydroxyl radicals in the Fenton-like reaction induced by manganese (II) oxidation determines Cd mobilization upon soil aeration in paddy soil systems

作者： Wang M.; Liu Y.; Shi H.; Li S.; Chen S.; SCIE（2022版） EI（2022版）

机构： Institute of Agricultural Resources and Regional Planning; Chinese Academy of Agricultural Sciences; Beijing; 100081; China; National Research Center for Geoanalysis; 100037; Technical Centre for Soil; Agriculture and Rural Ecology and Environment; Ministry of Ecology and Environment; 100012;

来源：Environmental Pollution

关键词： Cadmium Free radicals Manganese compounds Oxidation Soils X ray absorption spectroscopy Extractables Fenton likes Fenton-like pathway Hydroxyl radicals Manganese redox Mobilisation Paddy soils Soil aeration Soil cadmium availability Soil cadmiums Dissolution cadmium hydroxyl radical manganese cadmium hydroxyl radical manganese aeration bioavailability cadmium chemical reaction dissolution hydroxyl radical manganese mobilization oxidation paddy field redox conditions aeration Article biotransformation concentration (parameter) controlled study dissolution extraction Fenton reaction incubation time microcosm microorganism oxidation oxidation reduction reaction reduction (chemistry) soil acidity soil property solubility X ray absorption spectroscopy Oryza soil soil pollutant Cadmium Hydroxyl Radical Manganese Oryza Oxidation-Reduction Soil Soil Pollutants

年份：2022