Ability to control the electric potential inside plasma is promising for various applications of E × B because trajectory particles, which meets desired purpose, mainly determined by drift motions in external and magnetic fields. In source, it well known that equilibrium states density temperature gradient can be sources instability, which, turn, affects global parameters. However, effect insta...

This paper describes the scheme and algorithm for controlling a laboratory setup that result in low uncertainty high convergence with respect to characteristics of electric discharges under conditions variable parameters reaction medium. The article presents current voltage oscillograms when processing hydrocarbon raw materials. Methods calculating energy impact electrical discharge are describ...

Neoclassical theory with the impurity rotational velocity is used to evaluate the radial electric field, Er, in tokamaks. The result of using the complete matrix method for the deuterium-carbon plasma is compared with a reduced analytic formula for determining Er [Ernst et al., (1998)]. The analytic formula is shown to overestimate the Er magnitude and its gradient. Two transport measures of th...

Diffuse electron-beam ionized discharges break down into arc discharges under three different conditions: static (no discharge orE-beam), dynamic (discharge on) and pulsed (inductive) overvoltage at switch-off. Dynamic breakdown voltages are lower than static breakdown voltages but in normal operation the discharge "on" voltage is kept to a minimum. The maximum load voltage will only be present...