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Practical considerations required to warrant the maximum sorption efficiency of the reversed-phase material by avoiding chain collapse, and avenues to overcome the effects derived from its transparency changes upon solvation with solutions of different polarity are also addressed.
The maximum sorption efficiency obtained through column sorption is 412 μg g−1 of resin under optimum conditions.
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q m is the Langmuir monolayer maximum sorption capacity (mg g−1) while b is the Langmuir constant (L mg−1).
However, the sorption efficiency slightly decreased after ten cycles.
Maximum sorption capacities were highly correlated with soil pH.
The maximum sorption capacities were 178.6 and 206.2 282.5 mg/g for untreated and cationized fibers, respectively.
The maximum sorption capacity was determined to be as high as 195.31 mg/g.
Silver ion adsorption follow Langmuir model with maximum sorption capacity of 2113 mg g−1.
The maximum sorption capacity was 0.493 mmol g−1 while the preconcentration factor was 250 for Ag+.
The sorption edge for 90Sr was observed between pH 4 and 6 with maximum sorption occurring (Kd ∼ 103 L kg−1) at pH 6 8.
The sorption experimental data have been fitted to the Langmuir equation in order to calculate the maximum sorption capacities (Xm) of the samples.
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