Sentence examples for reagent feed from inspiring English sources

It was shown that the size of the produced nanoparticles are inversely proportional to the specific dispersed energy at a reagent feed location and that at the highest adopted rotational speed an almost complete mixing of the reagent solutions is attained in the liquid layer.

The optimum condition for gadolinium extraction were: The optimum condition for gadolinium extraction were: 0.84 M of CYANEX 272, MWCNTs concentration of 318.05 ppm, 2.91% (v/v) of Span-85, mixing speed of 188.15 rpm, 1.27 M of HNO3 as internal phase reagent, feed phase pH of 3 and desirability value of 0.904.

The reactor is equipped with an integrated evaporation chamber and a special reagent feeding system to provide uniform flow distribution in all channels.

This chapter discusses the mixing process of two reagents fed continuously in the Confined Mixing Zone of the Sliding-Surface Mixing Device, both experimentally and using a commercially available CFD package (FLUENT® 4.5).

Polarization curves carried out under constant gas utilization (0.66) showed that the decrease of electrochemical activity with respect to the experiments conducted with a stoichiometric-excess of reagent gas feed was quite limited.

When all the reagents are fed into the first reactor (Normal SS), then a deteriorated quality compared with respect to the equivalent batch process is produced (with increased polydispersities and degrees of branching).

Effects of different parameters of synthesis procedure, i.e. concentrations of both reagents, copper feeding flow rate and temperature of reactor on the particle size of prepared copper molybdate nanoparticles were investigated.

For each experiment, preparation of worms and reagents and feeding assays were performed in the same way in a designated place, mostly using the same batch of reagents.

The selection of which steady state occurs depends on the operating parameter which is the concentration ratio σ of the slower (B) to the faster (A) transferring reagent in the feed stream.

These reagents can directly feed into cutting edge biochemical and biophysical pipelines, including transcription assays or structural studies based on X-ray crystallography, electron microscopy, or NMR spectroscopy.

Because the flow on the microfluidic system is generally laminar, it is very difficult to mix and feed fluidic reagents efficiently.