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libertyy

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[求助] Uncompetitive Langmuir isotherm----用3D Scatter图Dynamic Fit Wizard中的Plane拟合

Assuming that metal sorption on biomass surface is an uncompetitive phenomenon (i.e., both the test metal ions concurrently sorb onto the same metal binding sites without any type of competition), the following equations have been proposed (figure1)
where q1 and q2 are, respectively, amount of metal species 1 and 2 sorbed at equilibrium (mmol g1), qtotal is total metal sorbed (mmolg-1), qmax is the maximum sorption capacity (mmol /g), and b1 and b2 are the affinity constants (l mmol-1) of the biosorbent for metal 1 and 2, respectively. Ceq1 and Ceq2 are the residual concentrations(mM) of metal 1 and 2, respectively.b3 is a new affinity constant related with uncompetitive sorption of metal ions on the binding sites.

以C1/qe1对Ce1,Ce2用SigmaPlot 12.0 软件作3D Scatter图并进行Dynamic Fit Wizard中的Plane拟合,利用figure1中的公式最后想算出qmax,b1,b2,b3, 各位大侠能给出详细的公式拆分过程和计算过程么?
非常感谢!

Uncompetitive Langmuir isotherm----用3D Scatter图Dynamic Fit Wizard中的Plane拟合
1.jpg


Uncompetitive Langmuir isotherm----用3D Scatter图Dynamic Fit Wizard中的Plane拟合-1
1-3D scatter.JPG


Uncompetitive Langmuir isotherm----用3D Scatter图Dynamic Fit Wizard中的Plane拟合-2
2-3D scatter.JPG
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