Using molecular sulfur and industrial waste materials, as well as various types
of mineral raw materials, the scientific basis of obtaining a new composition of sulfur concrete
was developed. Scientific-research work was carried out on the selection of a new method of
synthesizing sulfur polymer concrete modified with sulfur binder using pyrolysis waste as a
modifier, that is, the general method of preparing the binder composition which is developed
under laboratory conditions was tested, and suitable methods of production were determined
Using molecular sulfur and industrial waste materials, as well as various types
of mineral raw materials, the scientific basis of obtaining a new composition of sulfur concrete
was developed. Scientific-research work was carried out on the selection of a new method of
synthesizing sulfur polymer concrete modified with sulfur binder using pyrolysis waste as a
modifier, that is, the general method of preparing the binder composition which is developed
under laboratory conditions was tested, and suitable methods of production were determined
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | D G.G. | teacher | Technology center of the Academy of sciences of Turkmenistan |
| 2 | M B.K. | teacher | Techmology centre of the Academy of sciences of Turkmenistan |
| 3 | U A. . | teacher | Тashkent State Transport University |
| № | Название ссылки |
|---|---|
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| 2 | K. Maviyev., D.G. Gadamov. Problems of recycling and sulfur and sulfur-containg waste. “Science and technology in Turkmenistan”, 2019. 86 |
| 3 | D.G. Gadamow. Composition for production of sulphur concrete. “Patent No. 771 issued by the state agency for intellectual property of the ministry of finance and economic development of Turkmenistan”, 2017 |
| 4 | S.S. Dobrosmyslov., V.E. Zadov., R.A. Nazirov., G.E. Nagibin., A.S. Voronin., M.M. Simunin., Y.V. Fadeev., S.V. Khartov. High strength construction material based on sulfur binder obtained by physical modification. “Buildings”, 2022 |
| 5 | K.S. Rebeiz. “Time-temperature properties of polymer concrete using recycled PET Cem Concr Compos”, 1994. 119 |
| 6 | A.I. Belenko. “Obtaining and properties of sulfur food products”, 1998. 506. |
| 7 | M. Bohac., D. Kubatova., A. Rybova., A. Zezulova., T. Stanek. Rheological properties of belite-rich cement doped with sulfur. International Conference Building Materials, Products and Technologies IOP Conf. Series: “Materials Science and Engineering”, 2019. 583 |
| 8 | S. Gwon., M. Shin. Rheological properties of modified sulfur polymer composites containing cement-fly ash blend at different temperatures. “Construction and Building Materials. Volume 228”, 2019. 116784 |
| 9 | R.S. Campos., G.F. Maciel. Test protocol and rheological model influence on determining the rheological properties of cement pastes. “Journal of Building Engineering.Volume 44”, 2021. 103206. |
| 10 | X.M. You. Research progress of the modification in sulfur concrete. “Materials sciences and applications”, 2019. 353. |
| 11 | Y.K. Dmitriyev., N.A. Loktinov., Y.A. Sangalov., S.G. Krachevskiy., I.O. Maydanova., S.N. Lakeyev. “Thiocol-like polymers based on by-products of epichlorohydrin product”, 2004. 677 |
| 12 | V.P. Rybalko., A.I. Nikityuk. “High-strength, fast-hardening polymer composite material”, 2014. 87. |
| 13 | Y.N. Orlovskiy., A.M. Volgushev. “Sulfur concrete”, 2004. |
| 14 | K.Sh. Aryngashn., V.V. Larichkin., A.K. Aldungarova., A.K. Sviderskiy., P.O. Bykov., A.V. Bogomolov., A.K. Tleulesov., D.K. Mausymbayeva. “Innovative use of solid technogenic wastes of thermal power and metallurgy enterprises of the Pavlodar region in the production of building material”, 2016. 34 |