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Exact(5)
The maximum shear rates and corresponding shear stresses existing in the apparatus at different rotational speeds were estimated.
Maximum shear rates are greatest between the impeller and the wall, yet remain low i.e. O(10) s−10
Shear treatment was performed at nine rotation speeds in the range of 4,000 21,000 rpm corresponding to 1.7 × 10 8.2 × 10 s−1 maximum shear rates.
For mechanically fragile systems (such as proteins), this is problematic as in order to reach the same macro-mixing, much higher maximum shear rates are realized in the impeller zone.
However, it is well-known that for all scale-up methods, mixing times, maximum shear rates, and local dissipation rates of turbulence vary vastly between small and large-scale systems.
Similar(55)
Similarly, maximum shear rate should be found at the interface as it acts as a wall.
Kinetic parameters of pellet growth were correlated with energy input and the maximum shear rate.
This maximum shear rate surprisingly is relatively similar to the proposed value of (dot{gamma }_{ hbox{min} }) [10].
Fourth, for the velocity-related parameter, maximum shear rate, the selection of both powder and binder system is critical in control.
For the upward motion of hot fluid, the local shear rate at tube wall remains maximum and the maximum shear rate forces the particles moving to the centre region where the shear rate is zero.
Maximum shear rate was observed at the scraping surface and caused by blades scraping, high shear rate was also measured on the leading edge of the blades.
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