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Vol 6 (2022): June

Application of Pedagogical Technologies on the Topic: "Polymer Composite Materials and their Significance"
Penerapan Teknologi Pedagogis pada Topik: "Bahan Komposit Polimer dan Signifikansinya"

(*) Corresponding Author
June 30, 2022


Composite materials are soluble and insoluble, and its effectiveness is enhanced by the addition of additives. Natural and artificial composite materials, with a natural group of cellulose fibers in the body and stem of the plant, containing lignin, and for bones in the human and animal organism, the binding of thin, mature phosphate salts to plastic collagen is characteristic. Powder composite material (PCM) is characterized by resistance to deformation, cutting, welding, corrosion and heat .In the manufacture of disks and shovels, the properties of nickel-chromium alloys and powders with the addition of hafnium oxide are additionally improved.


  1. Petrosyan, A.S. Powder metallurgy and technology of composite materials / A.S. Petrosyan. - M .: Ed. A.S. Petrosyan, 2007. - 240 p.
  2. Shevchenko, A.A. Physicochemistry and mechanics of composite materials / A.A. Shevchenko. - M. : Profession, 2010. - 224 p.
  3. Sidorenko, Yu.N. Structural and functional fibrous composite materials: textbook. allowance / Yu.N. Sidorenko. -Tomsk: Publishing House of TGU, 2006. - 107 p.
  4. Stepanchuk, A.N. Technology of powder metallurgy /A.N. Stepanchuk, P.I. Bilyk, P.A. Boyko. - Kyiv: Higher School, 1989. – 406 p.
  5. "Composition materiallar fani bjicha mazhmua" 2020 yil
  6. Ilkhomovich, F. B., Khujakhmatovich, T. S., & Sabirovich, I. F. Development of Production of Natural Gas Primary Reforming Catalyst. International Journal on Integrated Education, 3(9), 264-266.
  7. Farmanov, B. I., Tavashov, Sh. Kh., & Dadakhodzhaev, A. T. (2020). The effect of the amount of the Ca-containing component and the modes of heat treatment of the corundum catalyst support has been studied. in Technical and Technological Modernization of Russia: Problems, Priorities, Prospects (pp. 29-31).
  8. Farmanov, B. I., & Tavashov, Sh. H. (2021). Development of a technology for obtaining strong carriers and nickel catalysts for the primary reforming of natural gas. Universum: Engineering Sciences, (5-5), 17-20.
  9. Farmanov, B. I., Dadakhodjaev, A. T., Mirzakulov, H. Ch., & Mingbaeva, D. M. (2020). Technology of catalysts for primary reforming of natural gas. In Chemical Technology and Engineering (pp. 81-82).
  10. Ilkhomovich, F. B., & Tursunovich, D. A. (2020). Development of a technology for the production of aluminum-nickel calcium catalyst for steam conversion of natural gas. Asian Journal of Multidimensional Research (AJMR), 9(2), 252-260.
  11. Farmanov, B. I., Ruzieva, Z. T., & Farmanova, D. I. (2020). Determination of the optimal parameters for the absorption of carbon dioxide by an ammonia solution of ammonium nitrate. Universum: engineering sciences, (2-2 (71)).


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