Results indicate that initial pH, current density, and Na2SO3 dosage have a positive influence on Cd2+ removal, whereas rotate speed and electrode distance exhibit an opposite affect.
The machining variables including machining polarity, peak current, pulse duration and the rotary speed of electrode have been chosen to explore the machining efficiency.
The influence of operating parameters, such as the rotation speed of electrode, voltage, and inlet air and liquid flow rates, on the regeneration rate was investigated.
The aim of the present study was therefore to estimate the effects of the insertional speed of electrode insertion on ICFP in a cochlear model.
The model is tested for the highly insulating oil BP180 in cases with different flow speeds and electrode lengths, and the results show good agreement with the available experimental data.
Quality and thickness of grown colloidal crystals were controlled by a set of deposition parameters such as deposition voltage, deposition time, and concentration of colloidal particles in the colloidal suspension, colloid surface charge density and withdrawal speed of electrodes out of the suspension.
The input process parameters are polarity, peak current, pulse duration, powder supply voltage, rotational speed of the electrode, injection flushing pressure and response variables are metal removal rate, electrode wear rate and surface roughness.
The fuzzy logic algorithm automatically adjusts the speed of the electrode based on the tip size, the enhancement of the tip current, and the distance that the tip electrode is from a user defined setpoint.
For this design a higher rotation speed of the electrode produced a better finish.
The large shift of half-wave potential to more positive values was observed as rotation speed of increased electrode.
