Persons

The electrophysical properties of composites based on epoxy adhesive with inclusions in the form of the carbon nanotubes, fine particles of graphite and ferrite microparticles in the frequency range from 0.1 to 6 GHz have been investigated. The influence of the ferrite inclusions spatial location in the composite volume on the frequency dependences of the transmission coefficients of microstrip photonic crystals, containing the composite samples with the ferrite inclusions, has been shown. It has been stated that the values of the transmission and the reflection coefficients in the window of photonic crystal transparency are determined by the spatial location of the ordered ferrite inclusions (ferrite wires) with respect to the direction of the electromagnetic wave electric vector and its propagation direction in the photonic crystal. It has been determined that with the induction increase of the orienting magnetic field, occurring in the process of curing the composite, containing the ferrite particles, the decrease of the distances between ordered locations of the ferrite inclusions (ferrite wires) is observed.

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