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For the solid-liquid particle mixing problem, liquid plays an important role in the mixing performance.
Meanwhile, optimized AR might also enhance the mixing performance.
However, mixing performance increases nearly linearly with the stroke length.
The increased radial velocities lead to an enhanced mixing performance.
Decreasing the flow speed enhanced the mixing performance.
As a result, intermediate rotation rates showed the best mixing performance.
This indicates that high mixing performance and high throughput can be achieved simultaneously.
Tablet content and weight variability were determined as additional measures of mixing performance.
In this paper a centrifugal, serpentine micromixer is simulated and reformed toward better mixing performance.
Multiple jets with an inclined angle of 30° achieved the best mixing performance.
The parameter IM (mixing intensity) was used to evaluate the mixing performance.
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