MoritomiS., Polypropylene compounds for automotive applications. R&D Report, Sumimoto Kagaku, Vol. 2010-I, pp. 1–16 (2010).
2.
US Application 2012/010351 A1.
3.
US Application 7718735 B2.
4.
BaumanN.A., Production of high-impact composites based on polypropylene and ethylene propylene rubber. Cand. Tech. Sci. Dissertation, KNITU, Kazan, 153 pp. (2011).
5.
PhamT., and GahleitnerM., Interfacial strengthening of high-impact polypropylene compounds by reactive modification. Composite Interfaces, 12 (8-9): 707 (2005).
6.
RyzhikovaI.G., Features of the modification of binary PP/EPDM blends with an organic peroxide–polyfunctional vinyl monomer system in the process of reactive extrusion. Part 1. Plast. Massy, (8): 40 (2013).
7.
RyzhikovaI.G., Features of the modification of binary PP/EPDM blends with an organic peroxide–polyfunctional vinyl monomer system in the process of processing in a melt. Part 2. Plast. Massy, (12): 14 (2013).
8.
DubnikovaI.L., The influence of interphase adhesion on the deformation behaviour and fracture energy of a particulate-filled polymer. Vys. Soed., A45 (9): 1494 (2003).