Osmotic dehydration is influenced by various factors such as osmotic agent, time and temperature, solute concentration, solution to sample ratio, agitation and geometry of the materials.
Viral supernatant was harvested 48 hours after transfection, concentrated using Peg-it Virus Concentration solution (System Biosciences, Mountain View, CA, USA) and the titer was assessed.
The Baratta-Neal stress concentration solution is adopted to be compared with the experimental results.
Using 1.0 M HCl concentration solution, remarkable oxide elimination is achieved.
Results suggested that thin-film PEC was particularly superior for treating a high concentration solution.
The influence of citrate concentration, solution pH, [Ni II)]/[Cu](II) ratio and applied potential on the composition was studied.
With increasing solution concentration, solution viscosity increases and surface tension decreases.
The effects of initial Cr VI) concentration, solution pH and solid/liquid ratio upon chromium removal were examined using the statistical Box-Behnken Design.
Depending upon the solution concentration, solution temperature, and collector design, bead-free iPS fibers with diameter of 230 430 nm were successfully obtained.
In this study, an aqueous cream and whey protein concentration solution was dried in droplet form and the appropriate reaction engineering approach (REA) model parameters obtained.
Parameters such as initial tellurium concentration, solution pH, interfering ions, adsorption times and adsorption temperatures that affect the adsorption efficiency of tellurium were studied.
