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Assessment of natural radionuclides mobility in a phosphogypsum disposal area
ArticleAbstract: The phosphogypsum (PG) stacks located at Huelva (SW Spain) store about 100 Mt of PG, and covers a suPalabras claves:BCR sequential extraction, mobility, Natural radionuclides, Phosphogypsum, StacksAutores:Manuel Jesús Gázquez González, Pérez-López R., Pérez-Moreno S.M., Raya J.P.B., Vioque I.Fuentes:scopusBehaviour of heavy metals and natural radionuclides in the mixing of phosphogypsum leachates with seawater
ArticleAbstract: Findings: The main finding is the evaluation of heavy metals and natural radionuclides behaviour durPalabras claves:acidity, Heavy Metals, Natural radionuclides, Phosphogypsum, precipitation, Water mixingAutores:Guerrero J.L., Gutiérrez-Álvarez I., Manuel Jesús Gázquez González, Pérez-Moreno S.M., Raya J.P.B.Fuentes:scopusA Practical Procedure to Determine Natural Radionuclides in Solid Materials from Mining
ArticleAbstract: There are many regulations related to the radiological control of NORMs (Naturally Occurring RadioacPalabras claves:alpha-particle spec-trometry, gamma-ray spectrometry, MINING, Natural radionuclides, Norm, secular disequilibriumAutores:Barba-Lobo A., Manuel Jesús Gázquez González, Raya J.P.B.Fuentes:scopusDevelopment of a process for the removal of natural radionuclides and other stable pollutants from acid phosphogypsum stacks leachates
ArticleAbstract: In Huelva, there are phosphogypsum (PG) deposits built over the salt marshes of the Tinto River, lesPalabras claves:Acidic leachate, Natural radionuclides, Phosphate recovery, Phosphogypsum: Alkaline treatment, Pollutant removalAutores:Guerrero J.L., Manuel Jesús Gázquez González, Pérez-Moreno S.M., Raya J.P.B., Romero C.Fuentes:scopusEvaluation of the radioactive pollution in the salt-marshes under a phosphogypsum stack system
ArticleAbstract: Next to the city of Huelva (SW of Spain), around 100 Mt of phosphogypsum (PG) are stored in stacks oPalabras claves:Natural radionuclides, Phosphogypsum, Radioactive pollution, Radionuclide mobility, Salt-marshAutores:Garcia-Tenorio R., Guerrero J.L., Gutiérrez-Álvarez I., Manuel Jesús Gázquez González, Mosqueda F., Olías M., Raya J.P.B.Fuentes:scopusValidation of the BCR sequential extraction procedure for natural radionuclides
ArticleAbstract: Determining the availability of natural radionuclides in environmental conditions is increasingly imPalabras claves:BCR sequential extraction, BCR-701, mobility, Natural radionuclides, speciationAutores:Manuel Jesús Gázquez González, Pérez-López R., Pérez-Moreno S.M., Raya J.P.B.Fuentes:scopusRadiological and chemical risks by waste scales generated in the titanium dioxide industry
ArticleAbstract: Along the industrial process devoted to the production of titanium dioxide pigments by using ilmenitPalabras claves:Chemical risk, External and internal doses, Major and heavy metals, Natural radionuclides, Radiological riskAutores:Garcia-Tenorio R., Mantero J., Manuel Jesús Gázquez González, Mosqueda F., Raya J.P.B., Vioque I.Fuentes:scopusRadiological and physico-chemical characterization of materials from phosphoric acid production plant to assess the workers radiological risks
ArticleAbstract: The industry devoted to the production of phosphoric acid by using as raw material sedimentary phospPalabras claves:Heavy Metals, Natural radionuclides, Phosphogypsum, Phosphoric acid, Radiological risks, Scales, SludgeAutores:Guerrero J.L., Manuel Jesús Gázquez González, Mosqueda F., Pérez-Moreno S.M., Raya J.P.B.Fuentes:scopus