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Abstract

Background of the problem. Polyolefins (PO) are the most large-tonnage, available and in demand from the entire range of polymers produced by the industry. Therefore, the search for technical solutions aimed at simplifying the processing of polyolefins and the creation of new types of composite materials based on them is an urgent task

Keywords

polypropylene metal oxides atomic force microscopy physicochemical

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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

How to Cite
TojiyevP.J, TuraevH.Kh, NuralievG.T, & DzhalilovA.T. (2022). Structure And Properties Of Polypropylene Filled With Metal Oxide Fillers. Texas Journal of Engineering and Technology, 12, 37–41. Retrieved from https://zienjournals.com/index.php/tjet/article/view/2376

References

  1. Tojiev P.J., Normurodov B.A., Turaev Kh.Kh., Jalilov A.T. Studying the thermal stability of composites based on polyethylene reinforced with basalt fiber // Tashkent: Composite Materials-2018.-No. 1.-C .62-65
  2. Bozorova N.Kh., Turaev E.R., Dzhalilov A.T. Influence of Zn/Ni atoms on the properties of polypropylene // Universum: technical sciences: electron. scientific magazine 2020. No. 7 (76)
  3. GOST 11645-73 (ASTM D 1238). Plastics. Method for determining the fluidity index of a thermoplastic melt. Introduction from 01.01.1975. M.: S.12
  4. GOST 4648-71 (ASTM D 638). Plastics. Test method for static bending. Introduction from 01.01.1973 P. 15
  5. GOST 4647-80 (ASTM D 638). Plastics. Method for determining impact strength according to Charpy. Introduction from 06/01/1981, p.27
  6. GOST 11262-80 (ASTM D 638). Plastics. Tensile test method. Introduction from 01.12.1980, p.16
  7. GOST 4651-2014 (ASTM D 638). Plastics. Compression test method. Introduction from 01.03.2015. M.: Standartinform, 2014, p.20
  8. Chukov N. A. Composite materials based on polypropylene and nanosized fillers: dissertation for the candidate of technical sciences: // Nalchik, 2011.- 110 p.: ill. RSL OD, 61 11-5/1845
  9. Henini M., Quantum Dot Nanostructures // Materials Today. - 2002. - V. 48. -P. 140-142.
  10. Kiviranta L., Kumpulainen S. Quality Control and Characterriation of
  11. BentoniteMaterials//PosivaOY. – 2011. – P.102.
  12. Egorova O.V. Directional regulation of the structure and properties of polyethylene filled with dispersed fillers //O.V.Egorova, Yu.A. Kadykova, S.E. Artemenko // Plastic masses. - 2012. - No. 4. - S. 57-59.
  13. Tojiev P.J., Normurodov B.A., Turaev Kh.Kh., Nurkulov F.N. *, Jalilov A.T.* Study of the physical and mechanical properties of highly filled polyethylene compositions // UNIVERSUM: Chemical technology: electronic scientific journal 2018 No. 2 (47).
  14. Mozzhukhin V. B. Influence of technological equipment and technology for obtaining highly filled compositions based on polyolefins on their physical and mechanical properties / V. B. Mozzhukhin et al. // Plastic masses. - 2013. - No. 1. - P. 54–56.
  15. B.A. Normurodov, P.Zh. Tojiev, Kh.Kh. Turaev, A.T. Nurkulov The study of the physical and mechanical properties of basalt-containing polyethylene compositions // Tashkent: Composite materials-2017.-No. 4.-C.10-12
  16. B.A. Normurodov, P.Zh.
  17. // UNIVERSUM: Chemistry and biology: electronic scientific journal 2018 No. 2 (44).
  18. Kryzhanovsky, V. K. Manufacture of products from polymeric materials, textbook // V. K. Kryzhanovsky and [others]. - St. Petersburg. : Profession, 2014. - 592 p.
  19. Bredikhin P.A., Kadykova Yu.A. Study of the properties of PCMs filled with dispersed basalt // V International Student Electronic Scientific