Partitioning of radiostrontium in marine aqueous suspensions: laboratory experiments and modeling studies

Author:

Benkdad A.,Laissaoui A.,El Bari H.,Benmansour M.,IbnMajah M.

Publisher

Elsevier BV

Subject

Health, Toxicology and Mutagenesis,Pollution,Waste Management and Disposal,General Medicine,Environmental Chemistry

Reference22 articles.

1. Basic microscopic theory of the uptake kinetics, transfer and distribution of dissolved radionuclides by suspended matter. Part I: applications;Abril;Journal of Environmental Radioactivity,1998

2. Basic microscopic theory of the uptake kinetics, transfer and distribution of dissolved radionuclides by suspended matter. Part II: theory development;Abril;Journal of Environmental Radioactivity,1998

3. Barros, H., 2005. Estudio de la cinética de intercambio de radionuclidos y metales pesados, en relación con la modelización de su dispersión en ambientes aquaticos naturales. Ph.D. dissertation (in Spanish), University of Seville.

4. Constraints in the construction and/or selection of box models for the uptake of radionuclides and metals by suspended particulate matter;Barros;Ecological Modelling,2005

5. Experimental and modelling study on the uptake and desorption kinetics of 133Ba by suspended estuarine sediments from southern Spain;Barros;Water Research,2004

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