As a result, the concentrations of individual charged species for various discharge parameters were derived.
Influence of discharge parameters has been studied using Central Composite Design of Experiments.
An equivalent electrical model representing the DBD phenomenon has also been used to validate the characteristic discharge parameters.
The dynamic behaviour of the discharge parameters (barrier voltage, gas gap voltage, supplied power, consumed power, energy stored, etc).
The dependence of the ZrNx films structure and morphology with the discharge parameters is established.
The system has been designed with optimum frequency deduced from detailed calculation in real geometry and discharge parameters.
A one-dimensional model is used to discuss the effects of discharge parameters on ionization distribution theoretically.
Corresponding to highest desirability, the optimal combination of discharge parameters is Ip: 103 A; Ton: 113 μs; Toff: 37 μs and SV: 50 V.
It is a well-known fact that in RF plasma, the properties of fibers are strongly dependent on the external discharge parameters [12, 13].
It implies that using single trim cut with appropriate wire offset value and discharge parameters, surface integrity can be improved significantly irrespective of the rough cutting parameters.
From the observed current-voltage waveforms and its equivalent circuit model[14] analysis, certain useful discharge parameters in the VD configuration in the DBD discharge are obtained.
