The mechanisms are slow and cumbersome -- on the order of minutes, if not hours, and as much as a billion times slower than the computations of current electronic computers.
A combined finite element based method (FEM) and a modified method of characteristics (MMC) is developed for the analysis and computation of the current density profiles, corona current and hence corona power loss associated with WDEP under particle loading conditions.
However, the fitting accuracy and computation efficiency of current modelling approaches need to be improved.
The next step involves the computation of the current difference (CDIFF); this parameter is done by 'subtracting' the current delay from the deadline (current delay – deadline).
It is also interesting to consider dynamic computation of the current traffic situation, that is, analyzing if the current situation is different from "normal".
The computation of primary current distribution using the boundary element method has been analysed.
The calculation of FWI system variables is iterative, given that the computation of the current time step depends on previous time step conditions.
The system is composed of three main parts: computation of reference currents, regulation of DC capacitor voltage, and production of firing pulses.
The computation of optimal currents which maximize the rate of financial gain in magnetoelectrolytic reactors is analysed in the specific case where the magnetic field is generated in a solenoid surrounding the reactor, by the current utilized for electrolysis.
