Evolution of the attractor of a macrosystem with conducting phase concentration and temperature

Features of Electroconductivity of γ-Irradiated Composites in Heating-Cooling Conditions

“…We assume that appearance of the second maximum at 80 0 С on the forward branches after γ-irradiation of dose D=500kGy can be the result of change in position of quasi-Fermi level (reallocation of traps occurs in depth and the concentration of deep traps increases, the release of the charges from which occurs at higher temperatures) and the observed peak is connected with a different group of trap states at the crystal boundary -amorphous phase. According [16] to the conduct of function of σ(Т) at heating-cooling it can be explained in two ways: either the reconstructing structure of fractal chains near the fusion point, or "asymmetry" effects of temperature evolution of electrically active defects at heating-cooling. The lack of clearly expressed hysteretic processes for composite medium HDPE+α-Fe 2 O 3 gives reason to consider that the main mechanism in this case is the effect of "asymmetry" of the temperature evolution of electrically active defects.…”

Experimental investigation of the concentration dependence of the permittivity in ternary disordered systems

“…For the sample preparation technology applied in this work [6,7], higher volume concentrations of filling agents (hereinafter designated as X) cause damage to the samples and lead to unreliable results.…”

“…The methods of sample preparation and electrical parameter measurements used in this work are com prehensively described in [6,7]. Actually, we studied the permittivity of a mixture placed in a plane capaci tor.…”