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The maximum adsorption of Cu II) ions onto pHEMA was ∼0.36 mg Cu II) g−1.
Experimental conditions were optimized for maximum adsorption of 125I and uniformity of radioactivity was ascertained.
The maximum adsorption of CR dye by GLAC was found to be 47.62 mg/g.
The maximum adsorption of zinc was obtained between pH 9 and 10.
The maximum adsorption of metal ion was obtained at pH 5 and at 25 ± 1 °C.
The maximum adsorption of both the heavy metal ions was reported at pH 5.
The maximum adsorption of Cd II) metal ion was found to be 21.37 mg/g.
The quadratic model was obtained for optimization of the process variables for maximum adsorption of DB71 by ch-MWCNTs.
The UV Visible technique was served to determine maximum adsorption of natural extract and pre-dyed photoanode.
Optimization of the process variables for maximum adsorption of CV by nanocomposite was performed using the quadratic model.
Optimization of the variables for maximum adsorption of dye by the magnetic nanocomposite was performed using the quadratic model.
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