A high-strength, extra-heavy, reaction-powder concrete of a new generation for protection from radiation has been proposed. The production of such superconcrete was achieved through the complex use of waste silicate-lead glasses of TF-10 grade as fine and coarse aggregates introduced into the composition of the concrete mixture in dry form.
Proshin A.P., Korolev E.V., Demyanova V.S., Komokhov P.G. Building solutions and concretes for protection from radiation. Penza, 2006.285 p.
Kalashnikov D.V., Particularly heavy high-strength concrete for protection from radiation: dis. ... Cand. tech. sciences. Penza, 2001.21 p.
Kalashnikov V.I., Fine-dispersed rheological matrices and powder concretes of a new generation. Art. int. scientific-practical conf. "Composite building materials. Theory and practice". Penza: Privolzhsky House of Knowledge, 2007. pp. 9 - 18.
Karpova O. V., Loganina V. I., Kuzina V. V. Assessment of the moisture state of enclosing structures using foam glass ceramic plates // Privolzhsky scientific journal. 2011. N 2. P. 42 - 48.
Demyanova V. S., Kalashnikov D. V. et al. Particularly heavy high-strength concretes for protection against radiation // Building materials. 2011. N 8. P. 169 - 172.
Demyanova VS Integrated use of industrial waste // Ecology and industry of Russia. 2008. N 1.P. 12 - 14.
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