The rear spoiler angle of attack is found to have a large influence on head-height concentrations in the vehicular wake.
In vitro dissolution assays demonstrated that all the 3DP DDDs had with different diameters, heights, concentrations of EC and central hole diameters were able to give linear release profiles.
The results show that certain rear spoiler configurations produced an increase in mean head-height concentration of over 40% while others reduce the concentration of up to 18%.
The half-height concentration value, K, and (P_{mathrm{max}}) are parameters determined from the data.
To account for non-normal distribution of residuals or heteroscedasticity of the dependent variable, we log-transformed all continuous variables except blood pressure, height, and concentrations of uric acid, albumin, and urea.
These five data types were designed to represent the effect of band shifts with increasing concentration, a nonlinear relationship between peak height and concentration, or a combination of both types of nonlinearities.
Fractional factorial experiments using polystyrene latex beads were combined with trials using microalgae to determine the relative importance of key design and operational variables (air flow rate, batch run time, foam column height, surfactant concentration, and surfactant type) on the particle concentration factor.
The analytical solutions are compared with experiment data to show that the solutions accurately predict the sediment height and concentration as a function of time and loading conditions.
The NEF value increased with the increasing initial water film height and concentration but decreased with the increasing mass flow rate and flash chamber pressure.
The effect of four process parameters, namely pH, bed height, oil concentration and flow velocity on the removal efficiency of the resin bed were studied simultaneously.
