A method is presented for obtaining silver-containing iodine sorbents by applying silver to porous cellular ceramics by chemical reduction from a solution and then converting it into an oxidized form. The thermal stability of some silver compounds has been studied. An assessment is made of the sorption capacity of the obtained composite sorbents containing various silver compounds in relation to radioactive methyl iodide
Pat. RU 2288514 C1. Sorbent for catching radioactive iodine from the gas phase / S. I. Rovny, N. P. Pyatin, I. A. Isto-min; patent holder FSUE? Production Association? Mayak ?. Start date of the patent: 2005.05.11. URL: http://www.shram.kiev.ua/top/patents_ waste / waste_2 / waste_19.shtml
Grunsky V. N., Bespalov A. V., Gasparyan M. D. et al. Highly porous permeable cellular ceramic materials with using a slip based on aluminosilicate binders // Refractories and technical ceramics. 2012.? 4 ? 5.S. 45? 48.
Gasparyan MD, Grunsky VN, Bespalov AV et al. Ceramic highly porous block-cell catalysts for the oxidation of hydrogen isotopes with a deposited palladium active layer // Glass and Ceramics. 2014.? 9, p. 24? 27.
[Gasparyan MD, Grunskii VN, Bespalov AV et al. Ceramic High-Porosity Honeycomb Catalysts for the Oxidation of Hydrogen Isotopes with a Deposited Palladium Active Layer // Glass and Ceram. 2014. V. 71. N 9? 10.P. 320? 323.]
Kovach JL History of Radioiodine Control // Proc. of 25th DOE / NRC Nuclear Air Cleaning and Treatment Conference, 1998. P. 304? 319.
The article can be purchased
electronic!
PDF format
700 руб
UDK 666.7
Article type:
Environmental protection
Make a request
