1. Adylkhodzhaev A.I., Solomatov V.I. Fundamentals of intensive separate concrete technology. - Tashkent: Publishing House "Fan" of the Academy of Sciences of the Republic of Uzbekistan, 1993. - 213 pp.

2. Adylkhodzhaev A.I., Takhirov M.K., Samigov N.A. On the polystructural theory of composite building materials // Collection of articles. scientific proceedings of TASI.- Tashkent, 2008.- 10-16pp.

3. Bazhenov Yu.M. High-strength concrete with chemical additives // Concrete and reinforced concrete. - 1977, No. 8. - P. 29-31.

4. Mullick A. K/ High Performance Concrete in India – Development, Practices and Standardization // Indian Concrete Journal, 2005, Vol. 6(2). Р.-91-96

5. Kim K.N., Yazonkin V.I., Babaev V.A. Rheological properties of a concrete mixture with the addition of superplasticizers, M. Concrete with effective superplasticizers, NIIZHB, 1979 - 54 p.

6. Kim K.N. Methodology for studying the rheological properties of concrete mixtures, M., NIIZhB, vol. 29, 1977 – 2-16 p.

7. Gorchakov G.L., Alimov L.A. Voronin V.B., Uruev V.M. Device and methodology for establishing the rheological characteristics of concrete mixtures - Riga. Rheology of concrete mixtures and its technological tasks. Abstracts of reports. 1979-252 p.

8. Shah S.P., Ahmad S.H. High Performance Concrete: Properties and Applications. McGrawHill. Inc. 1994, 403 p.

9. Ibrahim D.M. and Helmy M. Crystallite growth of rice husk ash silica // Thermochimica Acta. Vol.45. 1981. Pp. 79-85.

10. Bazhenova S.I. Production of high-quality concrete using structure modifiers based on industrial waste // Collection of articles. reports of the International Scientific and Practical Conference “Technical Sciences: Problems and Prospects”. SP., 2011, pp. 23-24.

11. Adilkhodzhaev A. I., Umarov K. S., Kadyrov I. A. Some features of the rheological properties of cement pastes with zeolite-containing fillers //International Engineering Research and Development Journal, 5 (CONGRESS). – 2020. – С. 4-4.