In the proposed method, four parameters have direct effect on the performance of the FPSE.
For voltage pulse operation method, three parameters could be tuned, including the pulse amplitude, pulse width, and time interval between two adjacent voltage pulses.
For electro-oxidation method, three parameters such as current density, pH and supporting electrolyte were taken into consideration to determine their effects in COD reduction.
In the process of the TC photocatalytic degradation using α-Fe2O3/12-TSA·7H2O prepared though SSD method, four parameters of pH, the initial concentration of TC, catalyst concentration and H2O2 concentration are effective on x%.
For HCD-IP method, four parameters, including substrate temperature, substrate bias, Ar partial pressure, and N2 partial pressure, were selected; for the UBM method, dc power, N2 flow rate, specimen target distance, and specimen height were chosen to be the operating parameters.
In both developed methods, three parameters were proposed, which can selectively determine each species.
For the EEMD method, two key parameters are required to be determined such as the amplitude and the times of the added AWGN.
Related to this method are two parameters.
This method has two parameters: a Product instance and a Metadata instance.
