Zakharchenko S. Pulse-discharged systems with parameters stabilization of volumetric spark dispersion of current-conducting granules.

Object of research is pulse-discharged systems (PDS) of volumetric electric-spark dispersion of current-conducting granules. The purpose of research: development of the PDS theory in the line of increasing the stability of their operating parameters. Methods of research: modeling, straight experiments, statistical analysis, methods of analysis of non-linear electrical circuits. Theoretical results: the theory of PDS dispersion of granules layers with a small number of contacts for their stability and power-efficiency increase is advanced. Practical results: creation the PDS dispersion of small bulks of granules and experimental manufacturing methods of deriving the powders Ti-Zr-Ni, Fe-B-Si. A subject and degree of introduction: PDS and experimental manufacturing methods of deriving the powders at the plants of Ukraine. Efficiency of introduction: increasing the stability of parameters of discharge pulses and homogeneities of spark-erosive powders in 2-3 times. Sphere of use: designing and exploitationPDS of volumetric electric-spark dispersion.