Mathematical Modeling of Electron Transfer in Composite Monofilaments Prepared from Crystalline and Amorphous Polymers
摘要
Composite threads made of a polymer matrix and electrically conducting fillers are an important class of composites for practical applications. Such threads are used to fabricate shielding, antistatic, and electrostatic materials requested by industry. The variety of used matrices and conducting fillers and the complexity and nonlinearity of the processes occurring during spinning of conducting clusters led to the appearance of a scientific direction in materials science of chemical fibers focused on studies of the electrophysical properties of such composites [1-5].