Contribution Evaluation of Physical Hole Structure, Hydrogen Bond, and Electrostatic Attraction on Dye Adsorption through Individual Experiments

<div>Effects of coexisting (a) Na<sup>+</sup> concentration and (b) organic compounds on MB removal rates.</div>

Adsorption Science & Technology

fig6

Figure 6

Figure 6: Contribution Evaluation of Physical Hole Structure, Hydrogen Bond, and Electrostatic Attraction on Dye Adsorption through Individual Experiments 

Figure 6 | Contribution Evaluation of Physical Hole Structure, Hydrogen Bond, and Electrostatic Attraction on Dye Adsorption through Individual Experiments 