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Adsorption of Cr VI) ion from solutions was studied by the batch technique.
The adsorption properties of nano-HAP sorbent in relation to U VI) ions were studied by the batch technique.
The adsorption capacity of Pb II) onto AMPS90, 50 and 10 nanogels were determined by the batch technique.
The sorption characteristics of [Sil-Phy-NPANI] and [Sil-Phy-CrossNPANI] versus nanosilica were compared toward Cu II), Cd II), Hg II) and Pb II) ions and investigated by the batch technique in presence of different pH values, contact times, composite dosages, initial metal ion concentrations and interfering ions.
NTiO2-Glu-NChit was studied to estimate the sorption efficiency towards La III) from aqueous solution by the batch technique under different experimental controlling physicochemical parameters such as, initial pH of metal ion solution, contact time, nanocomposite dosage and initial metal ion concentration.
The adsorption behavior and interaction of 4-nitrophenol (4NP) with a novel designed nanoadsorbent were investigated and optimized by the batch technique, using a green chemical process via solvent free microwave-assisted coating of zirconium silicate with manganese dioxide nanoparticles (ZrSiO4 MnO2-NPs).
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The adsorption of AA and FA from aqueous solution by activated carbon was carried out using the batch technique.
The removal and sorption processes of uranyl ions by Nano-Fe3O4-Urea-AC sorbent were studied and optimized using the batch technique.
For this purpose the static kinetic and equilibrium studies were carried out using the batch technique.
Retention experiments were carried out by the batch equilibrium technique at room temperature (25 °C), constant pH, maintained by addition of NaOH, and under a stream of N2.
Retention experiments were carried out by the batch equilibrium technique at room temperature (25 °C), at constant pH, maintained by addition of NaOH, and under a stream of N2.
More suggestions(15)
by the lipase technique
by the batch size
by the retrograde technique
by the batch correction
by the batch reactor
by the microemulsion technique
by the batch equilibrium
by the batch mode
by the batch reaction
by the freehand technique
by the batch equilibration
by the batch number
by the adsorption technique
by the batch titration
by the nanoindentation technique
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