Exact(5)
Among asymmetric microfluidic junctions, mixing is found to improve with increasing skewness of the junction.
The numerical-dissipation influence on mixing is found to depend on the nature of the flow.
The improvement of mixing is found to be caused by a vortex flow around the junction contraction.
Heatlines indicate that heat transfer occurs from hot left wall to cold right wall and thermal mixing is found inside the cavity.
Moreover, non-zero dispersion is found to be useful in reducing the deleterious amplifier nonlinear gain modulation at mid-range distances, whereas four-wave mixing is found to play a practically inconsequential role.
Similar(55)
Several interactions between gender and mixing were found (P < 0.05); males in mixed-sex groups had a lower 40% tail damage incident point and a higher tail damage duration than females in mixed-sex groups.
Mixing was found to be independent of the shape of a baffle.
The most effective injector in improving gas mixing was found to be the radial injector.
The degree of mixing was found an effective parameter to predict the hot spot formation.
For mixtures of NR and PEO1000–(BSLi)2, no improvement in ionic conductivity by mixing was found.
Although axial mixing was found to be better at higher pan speed, it did not affect the coating variability significantly.
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