Abstract

The adsorption behavior of water-soluble polyelectrolytes on mineral and synthetic adsorbents was analyzed. The effect of ionic strength, pH value, and hydrophobic interaction on the adsorption transfer of macrochains to the solid surface, determined by the conformation state of the macrochains and the electrokinetic potential of the adsorbent, was studied for model and industrial polyelectrolytes and adsorbents of varied acid-base nature.

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