The solution concentration, flow rate, voltage and tip-target distance was optimized to obtain nanofibers.
Perturbation plot: The effects of initial As III) concentration, flow rate, and biosorbent dose on the breakthrough time were evaluated.
Column sorption mechanism was studied through various parameters, i.e., change in concentration, flow rate, and bed heights.
The effect of initial concentration, flow rate and current density was investigated in detail.
The influence of the temperature, concentration, flow rate and membrane characteristics on the absorption process was evaluated.
The effects of CO2 concentration, flow rate of influent, and light intensity on CO2 removal efficiency were investigated.
Bulk slurry conductivity was found to vary significantly with changes in electrolyte concentration, flow rate and channel depth.
The effect of feed concentration, flow rate, transmembrane pressure and pH on flux and rejection were analysed.
The results indicate that N o had no definite pattern when the inlet As V) concentration, flow rate and bed height were increased.
In this regard, concentration, flow rate, voltage, distance, and speed of collector were used as input parameters and average diameter of the fibers was considered as output parameter.
In this regard, concentration, flow rate, voltage, distance, and speed of collector were used as input parameter and diameter of fibers was considered as output parameter.
