Quality estimation of polyester fibers (yarns) using polarization microscopy method
DOI:
https://doi.org/10.15587/2313-8416.2014.28686Keywords:
polyester fiber, polarization microscopy, inner structure of polymer, interference pattern, sampleAbstract
Innovative approach in the quality control of polyester fibers and yarns, which provides conduction of analysis of inner structure of fiber-forming polymer, is represented. The fact that the usage of polarization microscopy method gives an opportunity to reveal the faults of inner structure of polyester fibers (yarns) and also to conduct the control concerning correspondence of quality of fiber-forming polymer to the sample is shown.
References
1. Aizenshtein, E. M. (2012). Mirovoe proizvodstvo khimicheskih volokon [Global manufacturing of chemical fibers]. Working clothes. Legkprombiznes, 2 (55), 18–19.
2. Aizenshtein, E. M. (2012). Poliefirnye volokna po-prezhnemu v liderah [Polyester fibers are still in the lead]. Working clothes. Legkprombiznes, 1 (54), 10–11.
3. Volokno khlopkovoe. Poriadok izmerenia pokazateley na sisteme HVI. National State Standard of Russia 53031-2008 [Cotton fiber. Indexes measuring procedure on the HVI system. National State Standard of Russia 53031-2008] (2009). Moscow: Standartinform, 7.
4. Ispytatelnoe oborudovanie dlia tekstilnyh laboratoriy [Test facilities for textile laboratories]. Available at: http://pletmash.ru/wp-content/uploads/2013/09/ Mesdan-Lab_Catalogo_Russian.pdf
5. Tekstilnye volokna – istochnik rozysknoi i dokazatelnoi informatsii Ch. II. Osnovnye svedeniya ob istochnikah mikroobektov – tekstilnyh volokon. Metodiki kriminalisticheskogo issledovaniya volokon [Textile fibers – the source of investigative and evidentiary information Pt. II. Main information about the sources of micro objects – textile fibers. The methods of forensic researches of fibers] (1982). Ministry of Internal Affairs of USSR All-Russian Scientific and Research Institute and Ministry of Internal Affairs of GDR KINNP. Moscow-Berlin, 184.
6. Skrypko, G. O. (2004). Doslidzhennia mikroobektiv voloknystoi pryrody za dopomogoiu poliaryzatsiynoi mikroskopii [Research of fibrous structure micro objects using polarization microscopy]. Methodical recommendations. Kyiw: DNDEKTS Ministry of Internal Affairs of Ukraine, 42.
7. Skrypko, G. O. (2012). Vyznachennia vydovyh identyfikatsiynyh oznak naturalnyh volokon, identifikatsiya voloknystogo skladu nytok, tekstylnyh materialiv ta vyrobiv z nyh metodom poliaryzatsiynoi mikroskopii [Determination of specific and identification features of natural fibers, identification of fibrous structure of yarns, textile materials and products from them using polarization microscopy]. Methodology. Kyiw: DNDEKTS Ministry of Internal Affairs of Ukraine, 40.
8. Kalinivski, E. (1966). Khimicheskie volokna (issledovaniya I svoistva) [Chemical fibers (researches and features)]. Moscow: Legkaya industria, 319.
9. Petuhov, B. V. (1976). Poliefirnye volokna [Polyester fibers]. Moscow: Khimiya, 271.
10. Aleshina, A. L., Glazkova, S. V., Lugovskaia, L. A., Podoynikova, M. V., Fofanov, A. D., Silina, E. V. (2001). Sovremennye predstavlenia o stroenii tselliuloz [Modern conceptions about the structure of cellulose]. Chemistry of vegetal resources, 1, 5–36.
11. Krichevskii, G. E., Ovchinnikov, Yu. K., Khacaturova, G. T., Anisimova, A. G., Novorodskii, A. G. (1993). Metody issledovaniya v tekstilnoi khimii: Monografiya [Methods of research in textile chemistry: Monograph]. Moscow, 401.
12. Tsoi, B. (1997). Razrushenie tonkih polimernyh plenok i volokon: uchebnoe posobie [Discruption of thin polymer films and fibers: work-book]. Moscow: Chemistry, 344.
13. Petrologiya, I. (2000). Osnovy kristalooptiki i porodoobrazuyushchie mineraly [Theory of crystal optics and rock-forming minerals]. Moscow: Scientific worls, 316.
14. Kuligina, M. S. (1968). Deistvie sveta i atmosfernyh usloviy na tkani iz smesi poliefirnyh i tselliuloznyh volokon [The effect of light and atmosphere conditions on textiles from the mixture of polyester and cellulose fibers]. Moscow-Ivanovo, 134.
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Copyright (c) 2014 Галина Алексеевна Скрипко
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