<p>Effect of GLP particle size on uptake Th<sup>4+</sup> (pH 4; contact time, 120 min; biosorbent concentration, 2 g L<sup>–1</sup>; initial metal ion concentration, 100 mg L<sup>–1</sup>; temperature, 298 K).</p
Biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2mL L-1, temper...
Phosphate is a vital nutrient but its presence in surface waters even at very low concentrations can...
<p>Initial ion concentration = 10 mM, initial pH = 5.0, and contact time = 20 h.</p
<p>Effect of temperature on Th<sup>4+</sup> uptake by GLP (pH 4; contact time, 120 min; biosorbent c...
<p>Effect of Th concentration on Th<sup>4+</sup> uptake by GLP (pH 4; contact time, 120 min; biosorb...
<p>Time–dependence of Th adsorption on GLP (pH 4; biosorbent concentration, 2 g L<sup>–1</sup>; part...
<p>Biosorption efficiencies [% on solid phase] of GLP, OLP, BLP, MLP, HLP, WSP, and GFP biosorbents ...
Biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2 mL L-1, tempe...
Biosorption conditions: initial pH = 4, initial Pb(II) and Zn(II) concentration in solution 250 mg L...
Biosorption conditions: initial pH = 4, initial Pb(II) and Zn(II) concentration in solution 250 mg L...
<p>Effects of the initial concentration of REEs, adsorbent dosage, and pH of solution on the adsorpt...
Initial biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2mL L-1...
<p>Effect of temperature on MB biosorption illustrated as a van’t Hoff plot (pH 7, 50 mg L<sup>−1</s...
112-120Increasing environmental pollution by metal ions has led to the necessity of evolving effici...
Biosorption conditions: initial Pb(II) and Zn(II) concentration in solution 250 mg L-1, absorption t...
Biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2mL L-1, temper...
Phosphate is a vital nutrient but its presence in surface waters even at very low concentrations can...
<p>Initial ion concentration = 10 mM, initial pH = 5.0, and contact time = 20 h.</p
<p>Effect of temperature on Th<sup>4+</sup> uptake by GLP (pH 4; contact time, 120 min; biosorbent c...
<p>Effect of Th concentration on Th<sup>4+</sup> uptake by GLP (pH 4; contact time, 120 min; biosorb...
<p>Time–dependence of Th adsorption on GLP (pH 4; biosorbent concentration, 2 g L<sup>–1</sup>; part...
<p>Biosorption efficiencies [% on solid phase] of GLP, OLP, BLP, MLP, HLP, WSP, and GFP biosorbents ...
Biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2 mL L-1, tempe...
Biosorption conditions: initial pH = 4, initial Pb(II) and Zn(II) concentration in solution 250 mg L...
Biosorption conditions: initial pH = 4, initial Pb(II) and Zn(II) concentration in solution 250 mg L...
<p>Effects of the initial concentration of REEs, adsorbent dosage, and pH of solution on the adsorpt...
Initial biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2mL L-1...
<p>Effect of temperature on MB biosorption illustrated as a van’t Hoff plot (pH 7, 50 mg L<sup>−1</s...
112-120Increasing environmental pollution by metal ions has led to the necessity of evolving effici...
Biosorption conditions: initial Pb(II) and Zn(II) concentration in solution 250 mg L-1, absorption t...
Biosorption conditions: initial pH = 4, absorption time 7 days, initial biomass does 2mL L-1, temper...
Phosphate is a vital nutrient but its presence in surface waters even at very low concentrations can...
<p>Initial ion concentration = 10 mM, initial pH = 5.0, and contact time = 20 h.</p