… modeling techniques for As removal from aqueous solution … RE of MEUF process from
aqueous solution. The experimental … feed solution. The aim of this study was to propose the best …

… this system is a useful model for the study of redox catalysis in aqueous solution. The main
… a thermosensitive network extending between R 1 and R 2 . If R 1 = R 0 , this model can be …

… Reactive extraction of tartaric acid from aqueous solution … in aqueous phase C AT (g/L), pH
of aqueous solution and amine … Both methodologies have been compared for their modeling …

… An artificial neural network was used to model the adsorption process. BET, SEM and FT-IR …
The rate of adsorption was shown the best fit with the pseudo-second order model. The …

… aqueous solution. The effect of different variables, such as adsorption time, the mass of
adsorbent, solution … also was optimized by an Artificial Neural Network (ANN) method. Lagergren, …

… aqueous solutions using the two different modeling approaches. On the basis of the batch
adsorption experiments, we applied both the PLS and the ANN models to … by the two modeling …

… The objectives of the present study were to examine the adsorptive potential of AB for nickel
removal from aqueous solutions in batch and column modes, and the reuse feasibility of …

… multi-scale model to describe the aggregation, self-assembly, and network formation of
nanoparticles in aqueous solutions. Specifically, we introduce a modeling tool where molecular …

… nature of hydrophobic effects and aqueous solution interfaces. His other research activities
are devoted to computational modeling of genetic and regulatory networks, the mechanism of …

… The Langmuir isotherm model (type II) was more consistency in the … network (ANN) as a
predictive model was applied to predicting the SRF removal efficiency from aqueous solution. …