The predicted maximum liquid yield is validated with an experimental run at the corresponding predicted conditions.
To compare the quality of synthesized fertilizer with available commercial one, an experimental run was conducted with sulfur coated urea (SCU) synthesized in our laboratory.
By applying Fourier analysis and fitting in the time domain, the interstitial velocity, axial dispersion coefficient and internal diffusion coefficient could be determined from a single experimental run with an accuracy better than 10percentt.
Each combination was examined in a separate experimental run with run order assigned using a modified random approach.
Good agreement of gas holdup data from all experimental runs with values calculated from the relation us = uoGgeG−uoL(1−ϵG), for the slip velocity value us = 0.224 m s−1, proved adequacy of the slip velocity concept for description of gas-liquid flow in ejector loop reactors.
However, since the features, such as relative intensity or peak position, of the 12-μm band remained the same in all experimental runs with various He gas pressures, we believe that the origin of the 12-μm band is anthracene itself.
The most striking result is that the lag increases much more rapidly in the control run (with no species interaction) than in the experimental run (with a predator-prey interaction).
Also included is an analysis of the mean volume diameter of the precipitate for each experimental run with scanning electron microscope (SEM) images.
A′, B′, and C′ represent the points for experimental run with re-nucleation effect.
We predict that lines of isotopic enrichment will be formed for each experimental run, with lines of best fit from linear regression passing through the source water.
The program NBS Presentation (Neurobehavioral Systems, Inc., Albany, California) controlled the details of each experimental run with trial structure, timing, and order preprogrammed via scripts.
