The model and analysis strongly indicated that the cell voltage and airflow caused positive, and the initial pH and inter-electrode distance caused negative effect on the decolorization efficiency.
Later models often include features that allow users to adjust voltage, wattage, and airflow.
Parametric plots demonstrate the effects of the key design variables, such as corona voltage, repelling voltage, and free airflow velocity on collection efficiency.
The interaction between cell voltage and initial pH, initial pH and airflow were also revealed.
This also provides useful information about optimum operating conditions such as the airflow rate, the applied external voltage and the powder-spray rate.
Thus, the airflow can be controlled by changing the voltage applied to the transducer.
This control valve can proportionally control the airflow when the acceleration is proportional to the applied voltage and orifice acceleration exceeds the orifice opening condition.
Various parameters, such as applied cell voltage, initial concentration of chloride ion and the dye, pH value and airflow were the major factors affecting the oxidation rate of the dye.
The influence of different operating parameters on cell voltage performance and the overall cell ohmic resistance, such as cell temperature and airflow rate, was investigated.
They found that cell output voltage increased more significantly with the increase of the stoichiometric factor of cathode airflow than that of hydrogen flow.
