Russian Patent 2232780, MKI C 08 J 7/12, 7/18, C 08 L 27/16 (2004).
3.
PestovA.V., The modification of adhesive materials based on epoxy oligomers with fluorine-containing organic compounds. Zh. Prikl. Khim., 87 (4): 482 (2014).
4.
Nudel'manZ.N., The peroxide vulcanisation of fluoroelastomers. Kauch. i Rezina, (4): 41 (1984).
5.
DvornikovD.E., The modification of fluoroelastomers with hydrogenated nitrile butadiene rubber. Kauch. i Rezina, (5): 28 (2009).
6.
ChapurkinV.V., The synthesis and application of new fluorine-containing mono-and polycarbonyl compounds and peroxides based on them. Abstracts of Papers of 9th All-Russian Conf – Fluorine Chemistry (F-2012), Moscow, p. 36 (2012).
7.
ChapurkinV.V., The production of fluorine-containing peroxides based on di- and polycarbonyl compounds. Abstracts of Papers of 11th Int. Conf – Chemistry of Organic and Heteroorganic Peroxides – Peroxides 2003, Moscow, p. 31 (2003).
8.
ChapurkinV.V., Features of the crosslinking of fluoroelastomer SKF-32 by the action of laser radiation. Vys. Soed., 45 (2): 253 (2003).
9.
TeskerE.I., Features of the effect of laser radiation on fluoroelastomers in the formation of new antifriction and protective coatings. Fiz. Khim. Obrabotki Mater., (3): 28 (2001).
10.
PolonikV.D., The modification of elastomer composites with organofluorine compounds. Kauch. i Rezina, (2): 16 (2014).
11.
ChapurkinV.V., Thermal and athermal transformations of fluoroelastomer SKF-32 by the action of laser radiation. Izv. VUZ Ser. Khim. Khim. Tekhnol., 52 (4): 71 (2009).