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Scientific Bulletin of Namangan State University

Abstract

This article discusses the use of soot filled polystyrene as a light diode in the electronics industry. All research results are based on IR and EPR spectroscopy.

First Page

42

Last Page

47

References

1. Kamalova D.I., Umarov A.V., Negmatov S.S., Abed N.S., Negmatova K.S. «Thermal‖ conductivity‖ of‖ soot‖ filled‖ compositions‖ based‖ on‖ polystyrene» IJARSET. International journal advanced research in science, engineering and technology. India. September. 2018. Volume 5. Issue 9. pp. 6963-6968. 2. Umarov‖A.V.,‖Kamalova‖D.I.‖«Study‖of‖the‖characteristic‖features‖of‖the‖strongest‖broadening‖ of the EPR signal in polystyrene-based polymer compositions».‖SCIREA. Journal of Chemistry. USA. March 9, 2020. Volume 5. Issue 1. February. 2020. pp.1-11. 3. Shlimova‖K.V.‖«Fizika‖poluprovodnikov».‖M.‖Lan.‖2010.‖400‖s. 4. Lebedev‖A.G.,‖Surovikin‖V.F.‖«Proizvodstvo‖i‖svoystva‖uglerodnix‖saj».‖Omsk.‖1992. 5. Kamalova D.I., Umarov A.V., Negmatov S.S. «EPR – spectroscopic research of structure of soot filled polystyrene». IJARSET. International journal advanced research in science, engineering and technology. India. May. 2019. Volume 6. Issue 5. pp. 9364-9369. 6. Bonsh-Bruyevish‖ V.L.,‖ Zvѐgin‖ I.I.,‖ Mironov‖ A.G.‖ «Elektronnaѐ‖ teoriѐ‖ neuporѐdoshennix‖ poluprovodnikov».‖M.‖Nauka.‖1981.

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