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was proposed aiming the combination of three mass transfer enhancements mechanisms

These strategies include the scale-out by suitable dimension enlarging. This strategy states that the channel size can be increased up to a scale higher enough to achieve the desired performance. However, it is fundamental to maintain the advantages of fast mixing and high heat and mass transfer rates noticed in the microscale.

This combination allows obtaining high mixing efficiency at low and high Reynolds numbers, independently of the scale, since presents the lamination, vortex generation and convergence-divergence mechanisms in a single device

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High mixing indexes (M = 0.99) were observed for all investigated channel heights