Features of electron-beam synthesis and electrophysical properties of hybrid coatings based on polyaniline and zinc oxide

Kinetic features of deposition and electrophysical properties of two-layer coatings based on zinc oxide and polyaniline (PANI) are determined. The coatings were formed in vacuum by consistent influence of low-energy electrons stream on zinc acetate powder and a mechanical mixture of PANI and phosphorus (V) oxide powders. The application of phosphorus oxide leads to the appearance of linear conductive sections in the PANI structure with a high density of polaron, delocalized structures. For the ZnO – PANI + P$_2$O$_5$ coatings up to 200 nm thick in the temperature range from 20 to 100$^\circ$ C the values of specific conductivity, activation energy of charge carriers were determined.