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Increasing excess air causes decreasing combustion efficiency.
Cavitation (excess air bubbles) is another woe associated with accessory pumps.
Filtered excess air serves as sheath gas to ensure conditions similar to the sample flow.
The reproducible generation of excess air under these defined, near natural conditions was successful.
With the increase of excess air, the volume of NO gasses diminishes.
The dominant variables were CO2 and H2 content, spark timing, and excess air ratio (EAR).
An opposite behavior was evidenced at the upper limit of the excess air.
The NOx emissions in the boiler furnace increase with increasing amount of excess air.
In this work excess air and steam injection are studied as a means to mitigate fouling.
The volume of excess air has a significant influence on the amount of NO produced.
A graph gives thermal efficiency from excess air and stack gas temperature.
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