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Combined Influence of Oxygenation and Salinity on Aggregation Kinetics of the Silver Reference Nanomaterial NM-300K

机译:氧合和盐度对银参比纳米材料NM-300K聚集动力学的综合影响

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摘要

The combined influence of oxygenation and salinity on agglomeration and/or aggregation kinetics of the silver (Ag) nanomaterial NM-300K was investigated, and the relationship between its physicochemical fate and toxicity toward an estuarine bivalve was established. The results showed that the presence of NaCl under certain oxygen conditions (8.5 ppm) promoted the formation of AgCl aggregates that could be linked to toxicity effects on aquatic organisms. (C) 2017 SETAC
机译:研究了氧和盐度对银(Ag)纳米材料NM-300K团聚和/或聚集动力学的综合影响,并建立了其理化性质与对河口双壳类动物毒性之间的关系。结果表明,在某些氧气条件下(8.5 ppm),NaCl的存在促进了AgCl聚集体的形成,这可能与对水生生物的毒性作用有关。 (C)2017年SETAC

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