Размер:
AAA
Цвет: CCC
Изображения: Вкл.Выкл.
Обычная версия сайта

Archive

The editorial board of the "MSTU Vestnik" journal supports the «Open Access» policy which enables users to have free and unlimited access to scientific articles (to read, download, copy, distribute) in case the author is indicated when further quoted.

The academic periodical "Vestnik of MSTU" is available under the license Creative Commons «Attribution» (Attribution) 3.0 Unported (CC BY 3.0).


Warning: file_get_contents(http://doi.crossref.org/servlet/getForwardLinks?usr=murmansk&pwd=4_mstu&doi=): failed to open stream: HTTP request failed! HTTP/1.1 400 Bad Request in /var/www/old/sites/vestnik/php/find_ref.php on line 2

Zosin A.P., Priymak T.I., Avsaragov Kh.B., Koshkina L.B., Masloboev V.A.

The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization

PDFRead

Abstract. The way of sorption clearing of large-capacity waste water of the nonferrous metallurgy enterprises from cations of Ni, Co, Cu has been proposed. A low-cost effective sorbent on the basis of a hardening mineral dispersion technology using the slag formed as a result of ore-thermal processing of sulphiric copper-nickel ores has been developed. The optimum conditions of synthesis have been revealed; the phase structure of reaction products and the sorption mechanism have been defined. The method of recycling of waste sorbents containing up to 5.0-5.5 weights % of nonferrous metals (Ni, Co, Cu) has been proposed. These waste sorbents can be used as raw material in ore-thermal furnaces. The degree of nickel extraction is 99.9 %.

Printed reference: The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization / A.P. Zosin, T.I. Priymak, Kh.B. Avsaragov, L.B. Koshkina, V.A. Masloboev // Vestnik of MSTU. 2008. V. 11, No 3. P. -.

Electronic reference: The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization / A.P. Zosin, T.I. Priymak, Kh.B. Avsaragov, L.B. Koshkina, V.A. Masloboev // Vestnik of MSTU. 2008. V. 11, No 3. P. -. URL: http://vestnik.mstu.edu.ru/v11_3_n32/articles/23_zosin.pdf.

(In Russian, p.6, fig. 4, tables 2, ref 5, Adobe PDF)