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The mixing time was calculated according to estimated mixing layer thickness, while the chemical reaction time was computed with the Chemkin code.
With 100% PEG solution (final mixed viscosity: 55.8 mPa s), the mixing efficiency was 0.88, and the mixing time was less than 100 ms. With its ability to mix highly viscous fluids in microfluidic channels, our acoustofluidic mixer can be valuable in many applications in chemistry and biomedicine.
A 35 ms mixing time was used for 2D TOCSY spectra, and 100 and 400 ms mixing times were used for 2D H H NOESY spectra.
Mixing time was quite improved and high reproducibility was achieved.
The simultaneous influence of ingredients and mixing time was clearly described.
A considerable reduction in mixing time was achieved and stirring power input was increased by increasing the impeller speed.
Similar(24)
Experimental data obtained from a planetary mixer in a full-scale concrete plant under laboratory conditions show that the state of mixture progress with mixing time is well described by the mixing power evolution.
An estimate of the maximum time required for mixing to occur in the electrospray droplets was made by assuming that the mixing time is diffusion-limited.
Nevertheless, the mixing time is shortened at higher velocity conditions.
The mixing time is calculated by measuring the variation of current with time under potentiostatic conditions.
Finally, a simple correlation for the prediction of the mixing time is proposed.
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