AM Ghaedi, S Karamipour, A Vafaei, MM Baneshi… - Ultrasonics …, 2019 - Elsevier
… adsorption of ternarydyes such as … optimize the adsorption, artificial neural network (ANN) and response surface methodology (RSM) were utilized. The effect of various factors, eg dye …
… optimization of conditions widely performed by Central Composite Design (CCD) or Box–Wilson design. This work is devoted to the modeling and optimization of the ternarydye …
… are being implemented for process optimization and investigation of parameter interaction … implemented tools of process optimization. In this study, a ternarydye system consisting of …
… This study aimed to improve the removal of modeldyes, MO and RB, in aqueous media, by … In this study, optimization of dyes degradation by PSO was done applying input parameters, …
… of each dye set to be 6 mg L −1 , which was closer to the optimized conditions predicted by the model. This confirms the suitability of the model for the prediction of the process behavior. …
… and the desirability score of 1.0, adsorption of dyes were optimized at 96.8% for SY, 99.5% for EB and 100 for MB. with calculating the optimizedmodel variables of 25 mg L −1 SY, 15 …
… to model and optimize the process condition for efficiently rapid removal of dyes in ternary solutions. Influences of possibly important variables (sonication time, initial dyes concentration …
… Adsorption kinetics, thermodynamics, and isotherm models were studied using methylene blue (MB) as the adsorbate from a single (MB) system to optimize the adsorption process of …
… The ANN model was used for the optimization and modeling of sonication time, amount of sorbent and dyes … (b) First order derivative spectra of dyes in ternary solution. (c) Second order …