Increase in the Effectiveness of Using Nanodispersed Carbon Fillers of Different Nature in Elastomer Composites

Rebinder P.A. , The formation and mechanical properties of dispersed structures, in The Physicochemical Mechanics of Dispersed Structures. Nauka, Moscow, p. 3 (1966).

Pechkovskaya K.A. , Carbon Black as a Reinforcing Agent for Rubber. Khimiya, Moscow, 215 pp. (1968).

Kraus G. , Reinforcement of elastomers by carbon black. Angew. Makromol. Chem., (60/61): 215 (1977).

Lipatov Yu.S. Physicochemical Principles of Filling of Polymers. Khimiya, Moscow, 260 pp. (1991).

Kraus G. , The Reinforcement of Elastomers. Interscience, New York, NY (1965).

SU Patent 1816394, MKI 5 E 21 B 43/295, C 12 N 1/20, C 10 L 1/32, C 05 F 11/08 (1992).

Goncharov V.M. , and Ershov D.V. , The application of nanodispersed carbon materials of different structure in elastomer composites. Khim. Khim. Tekhnol., 48: 137 (2005).

Ershov D.V. , Mechanochemical activation of carbon materials in an apparatus with a vortex layer. Khim. Khim. Tekhnol., 51 (11): 81 (2008).

Goncharov V.M. , and Orekhov S.V. , The present state and prospects of development of the range of carbon black for the rubber industry. Kauch. i Rezina, (5): 29 (1993).

Ershov D.V. , and Goncharov V.M. , The effect of the crystallographic structure and method of introduction of carbon fillers on the bond strength in rubber–cord systems. Kauch. i Rezina, (1): 23 (2002).