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(ten)Else, the separation issue, RL (the important point of Langmuir model), is specified by the following equation:RL=11+bCo,(11)exactly where Kf (mgg?one) (Lg?1)1/n will be the continual related to adsorption capacity, nf may be the parameter re read more...

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A further evaluation was carried out to get each residual confounding results and intension to deal with into account by applying each the offset variable and intention-to-treat read more...

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Each of the calculated model parameters and constants together with the statistical analysis values are presented in Table 2. The low R2 beside higher ��2 and MSE values for the pseudo-first-order model show the model read more...

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(10)Else, the separation element, RL (the necessary point of Langmuir model), is specified from the following equation:RL=11+bCo,(11)exactly where Kf (mgg?one) (Lg?1)1/n is the frequent related to adsorption capability, nf would be the parameter r read more...

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A further examination was carried out to consider each residual confounding results and intension to treat into consideration by applying the two the offset variable and intention-to-treat read more...

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Each of the calculated model parameters and constants using the statistical analysis values are presented in Table 2. The minimal R2 beside high ��2 and MSE values for the pseudo-first-order model demonstrate the model read more...

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(10)Else, the separation factor, RL (the crucial stage of Langmuir model), is specified by the following equation:RL=11+bCo,(11)where Kf (mgg?1) (Lg?one)1/n could be the constant connected to adsorption capability, nf would be the parameter linked read more...