Synopsis.-Variations in electrical properties of compositeTheoretical analyses are given, showing that the general form of insulation with changes in temperature and frequency are important the capacitance and loss characteristics could be cautsed by any one because they lead to concepts of physical causes of such variations of several physical mechanisms. and, therefore, indicate how to obtain improved electrical properties As a result of these studies it seems probable that in synthetic resin in commercial materials. Typical experimental data are presented laminated products semi-conducting materials in small insulated showing the capacitance and loss characteristics of synthetic resin pockets or fibers can account for observed characteristics and can be laminated materials and of imperfect composite dielectrics made represented mathematically by the Maxwell-Wagner theory. It is from combinations of fused quartz or glass and semi-conducting also shown that capacitance and loss measurements at one frequencyliquids. An example is given showing agreement between calculated and temperature cannot generally be used to predict corresponding and observed characteristics of such a glass-liquid combination.values under different conditions.
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