Influence of physical fields upon adhesive strength of epoxy composite protective coatings in oil and gas sector
Keywords:
electromagnetic radiation, epoxy composite material, fine powder, ultrasonic processing.Abstract
The article investigates the influence of ultrasonic treatment and electromagnetic radiation on the adhesive strength of epoxy composite coatings in oil and gas sector, containing fine-particles. The results of research have been analyzed, optimal composition and type of treatment of epoxy polymer composition on the stage of formation have been selected. The introduction of high particle content ensures optimal significant improvement of study characteristics that indicate the future of research in this area and the feasibility of formation of high quality protective epoxy composite coatings.
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References
[1] Buketov, АV 2007, Regularities of in fluence of treatment by energy fields for binder and filler son the
properties of epoxy composite materials for protective coatings, Ternopil, TSTU. (in Ukrainian).
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properties of epoxy composite materials for protective coatings, Ternopil, TSTU. (in Ukrainian).
[2] Stuhljak, PD, Buketov, АV & Redko, OI 2011, Epoxy Composites: forming technology, physical, mechanical
and thermophysical properties,Ternopil, Krok. (in Ukrainian).
[3] Buketov, АV, Sapronov, OO, Moіseеnko, LL & Іvchenko, TI 2014, ’Development and implementation of
epoxy composite coatings with improved exploitation characteristics’, Scientific Journal NLTU: collection of
scientific works, vol. 24, no. 01, pp. 141–146. (in Ukrainian).
[4] Sapronov, OO, Nіgalatіj, VD, Smurnov, IV & Dolgov, MA 2013, ’The influence of the quantity and nature
of the fine filler on mechanical properties and structure of polymer protective coatings’, Journal of HDMA, vol. 2, no. 9,
рр. 228–237. (in Ukrainian).
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Published
2018-06-06
How to Cite
V.P. Kashytskyi, V. M. (2018). Influence of physical fields upon adhesive strength of epoxy composite protective coatings in oil and gas sector. JOURNAL OF HYDROCARBON POWER ENGINEERING, 3(1), 1–4. Retrieved from https://ogpe.nung.edu.ua/index.php/jhpe/article/view/56
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Section
OIL AND GAS EXPLORATION AND PRODUCTION
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