Abstract
The article introduces the types of conductive composites and analyzes several kinds of their conductive mechanisms based on the percolation theory, quantum tunneling effect, effective medium, and field emission theory. The current research progress concerning the effects of conductive materials’ matrix, conductive fillers, and doping on them is discussed in detail. Available preparation methods and applications of conductive composite materials are summarized. A future research direction on the refinement of conductive composites is outlined, which implies the development of new matrix systems and conductive fillers with higher and more stable electrical conductivity.
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