机译:通过分析地球化学基线,固溶分配测量和建模来确定河流沉积物中的金属来源和可利用性
National Institute of Public Health and the Environment, Laboratory for Ecological Risk Assessment, Bilthoven, The Netherlands Institute of Environmental Sciences (CML), Department of Environmental Biology, P.O. Box 9518, 2300 RA Leiden, The Netherlands Institute of Environmental Sciences (CML), Department of Environmental Biology, P.O. Box 9518, 2300 RA Leiden, The Netherlands;
National Institute of Public Health and the Environment, Laboratory for Ecological Risk Assessment, Bilthoven, The Netherlands;
Deltares/TNO, Department of Soil & Groundwater Systems, Utrecht, The Netherlands;
National Institute of Public Health and the Environment, Laboratory for Ecological Risk Assessment, Bilthoven, The Netherlands;
lithogenic background concentration; metals; partitioning; model comparison; risk assessment;
机译:高度污染的疏s沉积物处置场中的金属可用性:现场测量和地球化学模型
机译:河流漫滩氧化还原序列中金属和砷固溶分配的监测和建模
机译:莱茵河和默兹河大堤泛滥平原土壤中重金属和砷的固溶分配模型
机译:基于相的方法表征黄土沉积物的地球化学性质和电位反应性
机译:一种建模方法,用于了解生物固体中金属的固溶相互作用。
机译:河流沉积硫化尾矿的微生物学和地球化学特征
机译:河流莱茵河静态洪水平壤中重金属和砷的固体溶液分配建模
机译:来自沉积物和冶炼渣的地球化学基线样品的化学数据和铅同位素组成,河流尾矿中的铅同位素组成和来自蒙大拿州杰斐逊县博尔德河流域的树木年代学结果