Mixing performances of flows with and without internal circulation are compared and mixing rates for the axial and radial arrangements of reactants are also compared.
The high mixing rates in this case occur as a result of a large mixing interface surface area and high diffusivities.
Chemical analyses from Geosecs makes possible the determination of circulation paths, speeds, and mixing rates of ocean currents.
A novel method using Pe∗ to estimate mixing rates and design liquid slugs to obtain desired mixing rates is discussed.
The simulation results provide insights into the influences of operating parameters on slug-based mixing rates.
Small addition rates Vad and high mixing rates ω promote the necessary mixing level.
This reactor allows high mixing rates and working with high cell densities, making it ideal for co-culture investigations.
Numerical techniques for characterising the kinematic mixing rates and the distribution of mixing are presented.
This leads to enhanced initial mixing rates in a manner consistent with spontaneous chaotic granular mixing.
Radial mixing rates in commercial size regenerators counteract somewhat the effect of bypassing.
The deposition rate increased as a function of the C2H2 mixing rates.
