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SESSION A CHEMICAL EFFECTS IN ELECTRICALLY
GASSING OF PHENYL METHYL SILICONE
ELECTRON TRANSPORT IN LOW MOBILITY
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activation energy Answer by author applied voltage bow-tie trees breakdown strength breakdown voltage cable calculated capacitance carriers cell Chem concentration conductivity conductor contaminants corona cross-linked curve decrease density dependence dielectric constant dielectric loss dielectric relaxation dielectric strength discharge dissipation factor distribution effect elec electric field electric strength electric stress electrical breakdown electrical insulation electrical trees electrochemical trees electrode experimental ferrocene field strength FIGURE film flashover frequency function heat helium IEEE impulse increase insulator surface ions kV/mm Laboratories layer LDPE liquid materials measurements mechanism microtrees mobility molecular motion observed obtained occur oxide paper parameters peak phenyl photocurrents Phys plotted polarization polyethylene polyimide polymers pressure relaxation resistance samples shown in Fig shows solid space charge specimens spectra spherulites streamer temperature thermal thickness tion Type values vapor void water trees XLPE