Stabilization of Discharge Impulses and Features of the Spark Load Matching at Electroerosive Dispersion of Metallic and Graphitic Granules in Liquids

CZU 621.3.015.3:537.528

The results are presented of the experimental studies of reducing the instability of the spark load parameters using the model of volume electrospark dispersion for steel and graphitic granules by varying the capacity of the capacitor battery and of the charging voltage. Stabilization conditions for the spark processes in the layer of metallic and graphitic granules are determined. Influence of the capacity of the capacitor battery and of the charging voltage on the energy distribution efficiency in the discharge circuit is shown.

Keywords: three-dimensional electrospark dispersion, parameters of the discharge circuit, stabilization of parameters, spark load matching, spark-erosion channels, steel granules, graphitic granules, granule layers.