👉👉👉If you want to understand the adsorption mechanism of the competitive adsorption system, then watch this video without skipping! 💕❤ #DrMAIslam #Aminulchem #ডআমিনুলইসলাম #Aminulcheminnovation
Thanks for your nice comment. Actually, Qmix is the adsorption capacity of one component in the presence of the other component in the multicomponent system.
It can be calculated in the same way as Qi is calculated for a single component system. Please read the article: www.sciencedirect.com/science/article/pii/S2214714416300083
Thanks. If pzc is 7 then surface is positively charged and will attract anionic pollutants while abive 7 the surface is negatively charged and will attract cationic pollutants. Please watch related videos on this channel and don’t' forget to subscribe to this channel.
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👉👉👉If you want to understand the adsorption mechanism of the competitive adsorption system, then watch this video without skipping! 💕❤ #DrMAIslam #Aminulchem #ডআমিনুলইসলাম #Aminulcheminnovation
Good job 👍👍👍👍
Thanks and please watch other videos on this Channel.
How to calculate Qmix?
Q of one component + Q of another component?
Thanks for your nice comment. Actually, Qmix is the adsorption capacity of one component in the presence of the other component in the multicomponent system.
It can be calculated in the same way as Qi is calculated for a single component system. Please read the article: www.sciencedirect.com/science/article/pii/S2214714416300083
If my point of zero charge (pHpzc) is above 7, will my material adsorb cationic or anionic dyes?
Thanks. If pzc is 7 then surface is positively charged and will attract anionic pollutants while abive 7 the surface is negatively charged and will attract cationic pollutants. Please watch related videos on this channel and don’t' forget to subscribe to this channel.
@@Aminulchem sir does ph have any role to play corresponding to zero point charge?
@@fungi9492 Of course, pH has a notable impact on PZC and thus adsorption.