Abstract
Improved relations are suggested to determine of the breakdown probability in neon under the influence of field electron emission and surface charges on the gold plated cathode surfaces. The influence of field electron emission from a vacuum deposited gold layer is confirmed by the Fowler–Nordheim plot based on an analysis of the breakdown time delay dependence on the voltage td¯(U). Surface regions with a reduced conductivity on a hard galvanic layer of gold caused by diffusion of nickel atoms from a nickel sublayer are confirmed by scanning electron microscopy and energy dispersive x-ray spectrum.
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