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The numerical model was used to predict the: primary velocity and secondary currents, boundary shear stress, turbulence intensities, turbulent kinetic energy, and Reynolds stresses.
Matching primary velocity with air-fired conditions resulted in a detached flame indicating a delay in flame ignition for the oxyfired conditions.
A decrease in primary velocity of 13% was necessary in order to stabilize a flame within the quarl similar to the air-fired case.
The criteria include, the farthest point toward upstream, the vicinity of the thalweg, the vicinity of the primary velocity, and a point of less erosion and deposition.
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This is an indication that these velocities are lower-than-normal primary velocities.
Migrating with the primary velocities accounted for the primary reflections away from the shadow zone.
Open image in new window Fig. 10 PSDM section with the primary velocities.
The result of migration with the lower-than-normal velocities shows that reflections within the shadow zone are coherent, continuous and better aligned than with the primary velocities.
This is because the primary velocities could not properly account for the lower-than-normal velocity events within the shadow zone.
The result of migrating with primary velocities (Fig. 10) shows better continuity of reflection events away than within the shadow zone.
In the acoustic experiments, the effects of fan-to-primary velocity ratio and static temperature ratio are quantified explicity.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com