The physical properties of carbon black-filled rubbers are affected mainly by the distribution
of filler, carbon black properties and polymer-filler interactions. A number of experimental …

This article contends that three distinct physical processes control electron transport in
conductor‐filled polymer systems. Percolation is required to explain the macroscopic …

This article appraises the contemporary reinforcement of carbon black in different polymer
matrices. Essential features of polymer/carbon black composites are influenced by particle …

The effectiveness of carbonaceous, electrically conductive fillers in shape memory actuation
of polyurethane composites by resistive heating was evaluated. Specifically, the …

The variation of electrical resistivity of an insulator‐conductor composite, namely, wax‐
graphite composite, with parameters such as volume fraction, grain size, and temperature …

The development of the principles of electrically conductive polymer composites and the
creation of a wide variety of such materials have had a significant influence on modern …

The strain and temperature dependence of the dynamic properties of rubber containing
various concentrations of carbon black were characterized. The measurements, obtained at …

The effects of concentration and aspect ratio of carbon fiber and temperature on volume
resistivity of polychloroprene‐carbon fiber composites have been studied. The critical …

Abstract Effect of the concentration of four types of carbon black, namely, HAF, FEF, ISAF
and GPF, on the electrical conductivity of SBR (1502) was studied. The anomalous behavior …

A study on the dynamic viscoelastic properties of carbon black (CB)‐filled high‐density
polyethylene (HDPE) in the molten state was carried out. When the temperature was above …