References

Abramova, P.S., 1973. [The study of ceramsite concrete frost resistance for walling]. Ph.D. Thesis, MECI., Moscow.

Gridchin, A.M., A.M. Harhardin, R.V. Lesovik and S.M. Shapovalov, 2004. Mineral concrete for crushed stone foundations. Build. Mater., 3: 74-75.

Gridchin, A.M., Y.M. Bazhenov, V.S. Lesovik, L.H. Zagorodnuk, A.S. Pushkarenko and A.V. Vasilenko, 2008. [Building Materials for Use in Extreme Conditions]. BGTU Publisher, Moscow, Russia, Pages: 595, (In Russian).

Lesovik, R.V. and S.V. Klyuev, 2011. Fiber reinforced fine grained concrete with the use of polypropylene fiber. Concrete and Reinforced Concrete, No. 3, pp: 7.

Lesovik, R.V., 2003. Fine-grained concrete for road construction. Bull. Higher Educ. Inst.: Constr., 11: 92-95.

Lesovik, R.V., 2004. Complex use of wet magnetic separation tails for ferruginous quartzites. Mining J., 1: 76-77.

Lesovik, R.V., 2004. [Fine grade concretes with the use of man-made sands from Kursk magnetic anomaly for the construction of fortified road bases: Monograph]. BSTU Named After V.G. Shukhov, Belgorod, pp: 173.

Lesovik, R.V., A.I. Topchiev, M.S. Ageev, M.N. Kovtun, N.I. Alfimova and A.P. Greenev, 2007. Ways of fine-grained concrete improvement. Build. Mater. Equip. Technol. 21st Century, 7: 16-17.

Lesovik, R.V., E.S. Glagolev, S.V. Klyuev and V.A. Bogusevich, 2014. Deformation properties of fine-grained concrete. Build. Mater., 1-2: 113-116.

Lesovik, R.V., M.N. Kovtun and N.I. Alfimova, 2007. Complex use of diamond processing waste. Ind. Civil Constr., 8: 30-31.

Lesovik, R.V., V.V. Strokova and M.S. Vorsina, 2004. The development of compacted concrete based on technogenic raw materials for road construction. Build. Mater., 9: 8-9.

Lesovik, V.S., 2013. Architectural geonics. Housing Construction No. 1, pp: 9-12.

Lesovik, V.S., F.E. Zhernovoi and E.S. Glagolev, 2009. Use of natural perlite in mixed cements. Build. Mater., 6: 84-87.

Lesovik, V.S., M.S. Ageev, U.V. Denisova and A.V. Ivanov, 2011. The use of composite binding materials for the durability of concrete paver increase. Bull. Belgorod State Technol. Univ., 4: 52-54.

Lesovik, V.S., M.S. Ageeva and A.V. Ivanov, 2011. Granulated slag in the production of composite binding materials. Bull. Belgorod State Technol. Univ., 3: 29-32.

Lesovik, V.S., N.I. Alfimova, M.S. Sheichenko and Y.Y. Vishnevskaya, 2010. Highly efficient composite binders with the use of nanomodifiers. Bulletin of the Central Regional Branch of the Russian Academy of Architecture and Building Sciences, No. 1, pp: 90.

Lesovik, V.S., N.V. Chernyshev and V.G. Klimenko, 2012. Structure formation processes for gypsum containing composites taking into account the genesis of raw materials. Bull. Higher Educ. Inst. Build., 4: 3-11.

Lesovik, V.S., V.V. Strokova, A.N. Krivenkova and E.I. Khodykin, 2009. Composite binding material with the use of siliceous rocks. Bull. Belgorod State Technol. Univ., 1: 25-27.

Veshnyakova, L.A., M.A. Frolova, A.M. Eisenstadt, V.S. Lesovik, O.N. Mikhailova and T.A. Makhova, 2012. Evaluation of raw material energy state for building materials production. Build. Mater., 10: 53-55.

Yudin, I.V., 2006. [The union of ceramsite and ceramsite concrete manufacturers is gaining its power]. Building Materials, No. 10.