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In comparison with other methods, the optimum showed increased sensitivity, resolution and separation efficiency.
From the comparison, it is clear that in both methods, the optimum values of the first and second objectives are almost the same.
YFeO3/g-C3N4 composites with varying weight ratios were prepared following three different methods The optimum weight ratio and the method of preparation for enhanced visible photocatalytic activity towards the degradation of organic contaminants were identified.
By solving the quadratic regression equation using appropriate statistic methods, the optimum concentration values for obtaining 876.32 μg extracellular polysaccharide per milliliter of cultivation medium were determined: yeast extract 6.0 g l−1, fructose 11.5 g l−1, magnesium sulfate 0.5 g l−1, maltose 9.6 g l−1, zinc chloride 38.6 mg l−1 and initial pH value 5.3.
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By Taguchi method, the optimum of process parameters were determined.
By using this method, the optimum combinations of the input parameters are more accurately determined.
With the aid of a optimization method, the optimum conditions for all casting variables were determined.
Applying a desirability function method, the optimum parameters were: extraction temperature 80 °C, extraction time 4 h, water:seed ratio 30:1.
Therefore, in the thermal treatment method, the optimum concentration of PVP for the synthesis of nickel ferrite nanoparticles is 0.035 g/ml.
Applying a desirability function method the optimum parameters were: extraction temperature 35 °C, pH 10, water to seed ratio of 30:1 and an extraction time of 15 min.
Based on one at a time method, the optimum flow rates of H2, air and N2 were 375, 259 and 2.6 mL min-1, respectively.
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