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Current Compositions for Processing High-Strength High-Modulus Continuous Glass Fiber (Review)

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References

  1. Yu. I. Kolesov, M. Yu. Kudryavtsev, and N. Yu. Mikhailenko, Steklo i Keramika, No. 6, 5 – 10 (2001).

  2. ASTM Test Method D 578 Standard specification for glass fiber strands.

  3. F. T. Wallenberger and P. A. Bingham, Fiberglass and Glass Technology: Energy- Friendly Compositions and Applications, Springer (2010) 474 p.

  4. V. E. Khazanov, Yu. I. Kolesov, and N. N. Trofimov, Glass Fibers. In Fibre Science and Technology, Chapman and Hall, London (1995) p. 15-230.

    Book  Google Scholar 

  5. 5. M. R. LeGault, Composites World. High-Performance Composites, 18, No. 5 p. 38 (2010).

  6. G. Gardiner G., Composites World. Composites Technology, 15, 30-35 (2009).

  7. M. Kinsella, D. Murray D, et al., Mechanical Properties of Polymeric Composites Reinforced With High Strength Glass Fibers, Vol. 33, Seattle, WA, United States (2000), p. 1644-1657.

  8. Jerry Hc Lee, Leonard J. Adzima, et al., Pat. CA 2710469, Cationic Fiberglass Sizing, OCV Intellectual Capital, LLC, US, 19 December 2008.

  9. E. Ogier, D. Müller, and M. Arpen, Pat. RF 2168471, “Reinforcing fiberglass, sizing composition, and composites based on them,” Vetrotex France, France 10 June 2001.

  10. G. P. Duran, Pat. EP 0496195, “Starch-oil treatment for glass fibers,” PPG Industries, Inc. 24 April 1996.

  11. M. P. Luciano, Pat. EP 0450638, “Chemical composition to produce water soluble curable films on fibrous surfaces and so treated glass fibers,” PPG Industries, Inc. 5 April 1991.

  12. A. M. Laura and L. S. Philip, Pat. EP 0750594, “Glass fiber sizing and sizingd glass fibers and polyolefin reinforcing articles,” PPG Industries, Inc. 7 March 1995.

  13. S. Besson, S. Lou, et al., Pat. RF 2398748, “A composition for treatment of glass products, improving its mechanical strength by eliminating surface defects, the corresponding methods of processing, and glass products obtained after processing,” Saint-Gobain Emballage, France, 10 September 2010.

  14. M. L. Gunther, H. E. Petty, and E. R. Pohl, Pat. DE 699 35 172 T2, “Imidosilane compositions,” General Electric Co. 29 March 2007.

  15. R. Kati, R. Hans-Peter, and T. Roman, Pat. WO 2010060583, “Fasern aus r-, e-, ecr- und s-glas oder glasfaserprodukte,” SDR, Biotec Verfahrenstechnik GmbH, 23 November 2009.

  16. A. N. Trofimov and N. M. Demina, in: Glass Fiber and Fiberglass. The History of Scientific School [in Russian], Moscow (2006) p. 68-71.

  17. N. M. Demina, S. V. Artamonova, et al., Khim. Volokna, 1, 52-53 (1997).

    Google Scholar 

  18. S. V. Artamonova, N. M. Demina, et al., Pat. BY 6843, “Composition for the treatment of mineral fibers,” Stekloplastik Scientific and Industrial Association Corp., 30 March 2005.

  19. N. M. Demina, M. I. Prokhorova, et al., Pat. RF 2106320, “Composition for the treatment of mineral fiber,” Stekloplastik Scientific and Industrial Association Corp., 10 March 1998.

  20. R. E. Jensen, S. H. McKnight, and M. J. Quesenberry, Army Research Laboratory, ARL-TR-2655, January 2002, 26 p.

  21. N. M. Demina, S. V. Artamonova, et al., VIII International Conference on Chemistry and physical chemistry of oligomers “Oligomer – 2002,” Proc. rep. Moscow – Chernogolovka (2002) p.18.

  22. Karen Mason, Composites Technology, April 2006, p.18.

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Correspondence to N. M. Demina.

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Translated from Khimicheskie Volokna, No. 2, pp. 25-33, March – April, 2016.

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Demina, N.M. Current Compositions for Processing High-Strength High-Modulus Continuous Glass Fiber (Review). Fibre Chem 48, 118–124 (2016). https://doi.org/10.1007/s10692-016-9753-y

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