… from aqueous solutions onto used tea leaves with statistical design of experiments. … In the
present study, the three factors Box–Behnken with three levels experimental design model was …

… the modified starch toward HMs from aqueous solution [15]. … of Pb(II) ions from aqueous
solution [12]. The results displayed … the large number of batch experiments. For this regard, the …

… In this paper, an optimum mixture Design of Experiment (DOE) method was used to determine
the optimum aqueous phase formulation of a microemulsion. Based on the Design Expert …

… The amount of HRR removed from aqueous solution for A-PW is always greater than the one
for PW for all the factorial design experiments. On average A-PW removal is 16% more than …

… In this work, a 2 k factorial design was adopted as a factor screening experiment, … 4 aqueous
solution, (C) total powder production, that fix the concentration of Ba 2+ ions into the solution …

… % Rem) from an aqueous solution were used as the responses of the factorial design. The
results … Based on the design of the experiments (DOE), the optimized conditions for adsorption …

… As reflected in the literature, few successful experiments … from aqueous environment; thus,
adequate experimental data … Cr(VI) from aqueous solutions, and the LLAC adsorbent was …

… The multivariable experimental design was performed … experiments were performed in
the present study with three replications at the center point. The complete experimental design …

… , it is called fractional factorial design. Using this experimental design we can calculate the
… acid yellow dye (AY99) from an aqueous solution using ELM, applying a fractional factorial …

… to design experiments in RSM, such as central composite design (CCD) and Box–Behnken
design (BBD)… of copper metal ions from aqueous solutions method using PEG with potassium …