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Can I read Method for the Prediction of Nuclear Waste Solution Decontamination by Coprecipitation of Strontium Ions with Barium Sulphate Using the Experimental Data Obtained in Non-radioactive Environment on EtoBox?
Method for the Prediction of Nuclear Waste Solution Decontamination by Coprecipitation of Strontium Ions with Barium Sulphate Using the Experimental Data Obtained in Non-radioactive Environment by V. Pacary; Y. Barré; E. Plasari is a Engineering article available to read on EtoBox.
What is Method for the Prediction of Nuclear Waste Solution Decontamination by Coprecipitation of Strontium Ions with Barium Sulphate Using the Experimental Data Obtained in Non-radioactive Environment about?
The theoretical and experimental prediction of the decontamination factor during the treatment of nuclear waste solutions is generally a cumbersome problem due to their complex composition and extremely dangerous environment. Here, a methodology is proposed and experimentally validated allowing the prediction of the decontamination factor by carrying out experiments in small pilot installations in non-radioactive environment. These experiments provide the population density and the crystal growth data of the coprecipitating agent which serve for calculations according to the general relation presented in this paper.
Who reads Method for the Prediction of Nuclear Waste Solution Decontamination by Coprecipitation of Strontium Ions with Barium Sulphate Using the Experimental Data Obtained in Non-radioactive Environment?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- V. Pacary; Y. Barré; E. Plasari
- Publisher
- Institution of Chemical Engineers; Elsevier ; Institute of Chemical Engineers; Elsevier BV (ISSN 0263-8762)
- Published
- 2010
- Language
- EN
- Field
- Engineering (Physical Sciences)