Rezumat
It is offered an engineering calculation method of technological parameters of pulse corona discharge with extensive plasma pistons, formed on a linear and disk electrode. A calculation is conducted for maximal pressure on the wall of continuous extensive plasma piston, radial distributing of maximal pressure at the compression wave-front and discharge electroacoustic efficiency for the selectable external adjustable pa- rameters of pulse generator in composition the technological electrical discharge equipment parameters of impulsive generator in composition the technological electro-bit setting, parameters of working environment and working electrode. The parameters calculation for the extensive plasma pistons in symmetry of cylinder and torus is resulted in the third part of work.