Plasma-assisted combustion for aerospace propulsion: A review
Plasma-assisted combustion for aerospace propulsion: A review
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The paper discusses about the application of plasma to enhance the combustion properties of aerospace propulsion systems.
The paper discusses about the application of plasma to enhance the combustion properties of aerospace propulsion systems.
The focus of the review is to discuss the following:
Progress made in PAC in emission control of aerospace propulsion.
Different types of plasma (non-thermal and thermal) for pollution control.
The effect of plasma on different stages of combustion.
Application of plasma to air-breathing aerospace engines.
Figure: Pollutants (NOx, CO, THC) generated with and without Plasma. The power consumed for plasma generation was 150 watts
Figure: Experimental demonstration of plasma-assisted combustion using nano second plasma discharge and the NOx concentration (ppm) at different excess air ratios. The experiment demonstrates the ability of NPD to reduce NOx emissions.
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