Sentence examples for as a function of batch from inspiring English sources

In this study, the polyethyleneimine modified activated carbon/Fe (PAF) was prepared and used as an effective magnetic adsorbent to remove uranium (U VI)) ions from aqueous solution as a function of batch adsorption parameters.

The specific rate-batch time trajectories for a typical batch slurry reactor have been generated along with the evolution of the particle size distributions in the bulk slurry phase in order to track the solid conversion as a function of batch time.

The biosorption properties were explored as a function of batch operating conditions including solution pH, contact time, sludge dosage, initial PBDE concentration, ionic strength, and temperature.

To examine learning in the training position as well as transfer of learning in the transfer position, we computed, for each participant, the median peak displacement of the left hand in each successive batch of standard trials in phases 1 and 2. Figure 3 shows the mean left-hand displacement, averaged across participants, as a function of batch for each object condition and arm configuration.

Figure  11 shows the quality of the allocations (y-axis) as a function of batch's size and the number of sequences.

In this research, the volumes of equipments are considered as discrete variables and processing time is a function of batch size in order to apply these optimization problems to real industries.

The rate of H2S absorption was measured by recording the pressure drop as a function of time during batch absorption experiments.

In this work we have studied the adsorption of d-glucose at the water goethite (α-FeOOH) interface as a function of pH using batch adsorption measurements and a simultaneous infrared and potentiometric technique.

For the analysis of serum, information about blood and serum collection tubes is important as their anticoagulants can contain trace metals as a function of the tube manufacturer batch lot number.

Adsorption of Pb II) ion by a novel extractant-impregnated resin, EIR, was studied as a function of various experimental parameters using batch adsorption experiments.

In this study, Ni and Zn cosorption to aluminum oxides (γ-Al2O3) in binary-sorbate systems were compared to their sorption in single-sorbate systems as a function of pH using both macroscopic batch experiments and synchrotron-based X-ray absorption fine structure spectroscopy.