Model of glow discharge between an electrolytic anode and a metal cathode

Comparison of the Smallest Squares and Smallest Modules Methods in Modeling Processing of Materials by Plasma of a Gas-Vapor Discharge with Liquid Electrodes

“…This process is accompanied by the release of heat, the transition of the gas-liquid state into a vapor-gas state with the formation of a layer of gas and liquid. The need to take into account a large number of processes greatly complicates the mathematical modeling of the considered physical system [6][7][9][10][11][12][13][14].…”

“…The method makes it possible to use others, simpler and more convenient in research, for an approximate representation of the given functions. The described advantages of the method determined its choice for processing the results of a technical experiment to study the characteristics of the investigated modifications of the electric discharge [11][12][13][14].…”

“…Among a large number of factors affecting the results of the technological process of processing surfaces of products by a vapor-gas discharge between solid metal and liquid non-metal electrodes, there are the electric current in the discharge and the voltage drop in the interelectrode gap [6][7][9][10][11][12][13][14]. MLS and MLM, just optimal for consideration in the processing of experimental information with a combination of several factors of influence.…”

“…As in all types and varieties of chemical technology and electrical technology, the use of various modifications of the vapor-gas discharge between solid metal (or liquid non-metal) and liquid electrodes is associated with a large number of complex, timeconsuming experiments. It is for this reason that the involvement of the mathematical apparatus in describing the results of experiments is a useful tool in the research work in this area, and the mathematical methods we have chosen for comparison allow us to build probabilistic-statistical models that allow us to make predictions in complex studies [1][2][3][4][5][6][7][8][9][10][11][12][13][14].…”