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In the present work, the incoherence analysis tends to estimate greater bubble size than differential pressure analysis.
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At locations farther from source, there are reduced proportions of complex ash particles, which are more likely to preserve a greater range of bubble size populations, relative to simple ash particles (Figure 9).
The bubble size, however, determines to a great extent the functionality and mechanical properties of the foam.
Higher liquid velocities, a lower airflow rate and a higher angle of attack all resulted in a greater number of small bubbles and a lower weighted mean bubble size.
Bubble properties, such as local gas holdup, bubble frequency, bubble velocity, bubble size, and interfacial area concentration, are of great significance for the design and scale-up of bubble columns.
The evolution of droplet or bubble size distribution in turbulent flow is of great significance in a variety of technological fields.
However, a finer bubble size distribution also increases water recovery, which results in a greater recovery of entrainable ash bearing particles and thus degradation of the product grade.
With given operating conditions, the overall Sauter means bubble size in the hot systems appears to be about 21% greater than when cold.
Bubble size distributions are obtained by analysing large assemblies of bubbles.
So, it is of great importance to measure the size distribution of micro-bubbles rather than just look at the average bubble size.
Finally, the bubble size decreases significantly (4).
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