To establish the effect of plasma treatment on the surface properties of UHMPE fibers studied capillary fibers and epoxy matrix fiber wetting and capillary rise of the matrix material in the fiber. As a result, Modeling of plasma treatment on the surface properties of fibers and fabrics of UHMWPE was set the optimal treatment regimen to maximizing surface activation that is necessary to improve the physical and chemical interaction between the fiber (or fabric) and the polymer matrix to create ultra-light high-strength composite materials.
Гидрофилизация, поверхность, свойство, волокно, сверхвысокомолекулярный полиэтилен (СВМПЭ), плазменная обработка, Hydrophilization, surface, property, fiber, ultra high molecular polyethylene(UHMPE), plasma treatment
1. Bukina, Yu.A. Poluchenie antibakterial'nyh tekstil'nyh materialov na osnove nanochastic serebra posredstvom modifikacii poverhnosti tekstilya neravnovesnoy nizkotemperaturnoy plazmoy / Yu.A. Bukina, E.A. Sergeeva // Vestnik Kazan. tehnol. un-ta. - 2012. - № 7. - S. 125 - 128.
2. Abdullina, V.H. Vliyanie plazmoaktivacii na fiksaciyu nanochastic serebra na poverhnosti polipropilenovogo volokna / V.H. Abdullina [i dr.] // Vestnik Kazan. tehnol. un-ta. - 2009. - № 3. - S. 53 - 56.
3. Sergeeva, E.A. Optimizaciya rezhimov nizkotemperaturnoy plazmennoy obrabotki vysokomodul'nyh polietilenovyh volokon / E.A. Sergeeva [i dr.] // Vestnik Kazan. tehnol. un-ta. - 2010. - №7. - S. 94-98.
4. Sergeeva, E.A. Aktivaciya nanokristallicheskih polietilenovyh volokon neravnovesnoy nizkotemperaturnoy plazmoy / E.A. Sergeeva, I.Sh. Abdullin // Nanotehnika. - 2009. - №2(18). - S.12-15.
5. D'yakonov, G.S. Tehnologii plazmennoy obrabotki v sozdanii nanokristallicheskih kompozicionnyh materialov / G.S. D'yakonov, I.Sh. Abdullin, E.A. Sergeeva // Problemy nelineynogo programmirovaniya v inzhenernyh sistemah. Kazan'. - 2009. № 1(31). - T.5. - S.26-32.
