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Scientific Bulletin of Namangan State University

Abstract

The synthesized oligomeric flame retardant and its compositions of textile materials, the structure and composition of the resulting composites, established by IR spectroscopy, were studied. Methods of reducing the fire hazard of textile materials, flame retardants of various compositions, technology for the development of fire protection in our country and abroad are considered

First Page

38

Last Page

46

References

1.Kajiwara N., Desborough J., Harrad S., Takigami H. Photolysis of brominated flame retardants in textiles exposed to natural sunlight, Environ. Sci. Process. Impacts 15 (2013) 653-660. 2. Dyachenko V.V., Kovalchuk L.S., Lavrenteva Ye.P., Mixaylova M.P., Shkola N.N. Innovatsionnie tekstilnie ogne- i termostoykiye materiali dlya spetsodejdi i sredstv individualnoy zashiti // Texnicheskiy tekstil. – 2011. – № 26. – S. 43-49. 3. Zagoruyko M.V., Besshaposhnikova V.I., Jilina Ye.V. Ognezashitniy kompo zitsionniy material dlya nakladnix detaley spetsodejdi // Dizayn i texnologii. – 2010. –№ 15 (57). – S. 81-85. 4. Takey Ye., Tausarova B.R. Zol gel texnologiya polucheniya tekstilnix materialov s ognezashitnimi svoystvami // Tez.dokl. XІ vserossiyskaya shkola-konferensiya molodix uchenix «Teoreticheskaya i eksperimentalnaya ximiya jidkofaznix sistem (Krestovskiye chteniya)» -Moskva -2017- C.180-181.

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