Analyzing the physico-mechanical properties of wood-polymer composite
materials and studying their strength, it has been proven that the changes in the results mainly
depend on the wood filler in their composition. There is another important aspect of the scientific
researches and researches conducted in this direction, that the modes of production technology
of wood-composite materials and the fillers used in the composition are selected according to the
production environment and climate. In this regard, the effect of wood fillers on composite
properties is always systematically studied.
Analyzing the physico-mechanical properties of wood-polymer composite
materials and studying their strength, it has been proven that the changes in the results mainly
depend on the wood filler in their composition. There is another important aspect of the scientific
researches and researches conducted in this direction, that the modes of production technology
of wood-composite materials and the fillers used in the composition are selected according to the
production environment and climate. In this regard, the effect of wood fillers on composite
properties is always systematically studied.
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | Egamberdiev E.A. | teacher | TSTU |
| 2 | Aliev S.S. | teacher | Toshkent chemical technological institute |
| 3 | Juraev A.B. | teacher | Toshkent chemical technological institute |
| 4 | Ismatov M.N. | teacher | TSTU |
| 5 | Zokirova Z.Q. | student | TSTU |
| 6 | Norboyev S.K. | functionary | Tashkent State Technical University |
| № | Ҳавола номи |
|---|---|
| 1 | V.D. Mishak. Structure and properties of polymer-wood compositions based on secondary thermoplastics. “Abstract of the dissertation for the degree of candidate of chemical sciences”, 1991. 23. |
| 2 | O.A. Korshun., N.M. Romanov. Environmentally friendly wood-filled plastics. “Construction Materials”, 1997. 8. |
| 3 | V.V. Lebedev., A.I. Karev., S.A. Chavrov. Highly filled environmentally friendly WPC based on wood waste and recycled polypropylene. “East European Journal of Advanced Technologies”, 2012. 65. |
| 4 | I.Z. Faizullin., S.I. Vol'fson., I.N. Musin., A.Z. Faizullin. Fractal model of the flow process of wood-polymer composites based on polypropylene. “Bulletin of the Technological University”, 2015. 18 |
| 5 | I.O. Oladele., A.A. Adediran., A.D. Akinwekomi., M.H. Adegun., O.O. Olumakinde., O.O. Daramola. Development of ecofriendly snail shell particulate-reinforced recycled waste plastic composites for automobile application, “The Scientific World Journal”, 2020. 8:Publisher Site|Google Scholar |
| 6 | F. Magrupov., I.M. Alimov., S.M. Turabdzhanov. Highly filled polyolefin compositions. Message 1. “EPR spectroscopic study of changes in the structure of polyolefins and wood. Plastics”, 2016. 9 |
| 7 | F.A. Magrupov., I.M. Alimov., S.M. Turabdjanov. “Highly filled polyolefin compositions”, 2016. 42. |
| 8 | F.F. Shayakhmetov., S.G. Rushan., V.A. Saldaev., R.R. Safin., N.F. Timerbaev., V.V. Stepanov “Thermoplastic waste”, RU No. 2431648, 2011, RU No. 2436816, 2011 |
| 9 | A.Y. Dok., F.I. Afanasiev., R.N. Fatkullin. “Wood-polymer composition for profile-molded products”, 2014 |
| 10 | S. Aliev., G. Rakhmanberdiev., B. Sharafatdinov. Study of physical and mechanical properties of wood-polymer composition materials made on the basis of local wood flours and polyvinyl chloride. “Technical science and innovation”, 2022. 211. |
| 11 | S. Aliev., A. Juraev., G.Ilkhamov., F. Magrupov. Optimization composition of the woodpolymer composition on the based polyvinyl chloride. “Chemistry and chemical engineering”, 2020. 33 |
| 12 | E.A. Egamberdiev., Y.T. Ergashev., Kh. Xaydullayev., G.R. Rahmonberdiyev. Study of the effect of chytozane of different molecular weight on the mechanical properties of paper. “Scientific and Technical journal of NamIET”, 2022. 148 |
| 13 | E. Egamberdiev., Kh. Khaydullayev., D. Husanov., G. Rahmonberdiev. Obtaining paper samples using basalt fibers and studying the effect of natural glue obtained from chitosan on paper quality. “Universum: Technical Sciences Issue”, 2022 |
| 14 | M. Mirzaxmedova., D. Tukhtaboeva., E. Egamberdiev., G. Akmalova. Study of paper technology on the basis of reed cellulose. “Harvard educational and scientific review UK”, 2022. 149. |
| 15 | E.A. Egamberdiev., Y.T. Ergashev., Kh.Kh. Khaydullaev., G.Y. Akmalova., G.R. Rakhmonberdiev. The effect of chitosan on the surface properties of cellulose-based paper obtained from the stem of flaxseed. “Technical science and innovation”, 2022. 27 |
| 16 | E.A. Egamberdiev., A.R. Makhkamov., G.R. Rakhmonberdiev. Obtaining wrapping paper used in furniture wrapping and quality delivery and determining its quality indicators. “Technical science and innovation”, 2022. 33. |
| 17 | E. Egamberdiev., Y. Ergashev., A. Mahkamov., M. Umarova., G. Akmalova. Obtaining oil filters from local fiber raw and its advantages. “Universum: Technical sciences Issue: 8(101)”, 2022. 49. |
| 18 | E.A. Egamberdiev., S.K. Norboyev. Extraction of cellulose nanocrystals from secondary paper waste and their use in paper production. “Technical science and innovation”, 2022. 215 |