Self-sustained combustion instabilities are one of the most plaguing challenges and
problems in lean-conditioned propulsion and land-based engine systems, such as rocket …

To suppress the high frequency combustion instability of rocket engines, quasi-direct current
(quasi-DC) discharge plasma is considered in combination with special arrangements in a …

The effect of continuous volumetric direct-coupled nonequilibrium atmospheric microwave
plasma discharge on swirl-stabilized premixed methane–air flames was investigated using …

Thermoacoustic instabilities occur when heat release is coupled with pressure fluctuation,
which may cause performance degradation of the combustor and serious structural damage …

Nitrous oxide (N 2 O) has gained popularity as a unique oxidizer for propulsion applications
due to its ability to decompose exothermically, producing nitrogen and oxygen. In the current …

The government, aerospace, and transportation industries are deeply invested in
developing new technologies to improve the performance and maneuverability of current …

The primary aim of this paper is to establish the effectiveness of microwave plasma
discharges to improve combustor flame dynamics and stability through minimizing heat …

The primary aim of this work is to establish the effectiveness of microwave plasma
discharges to improve combustor flame dynamics and stability through minimizing heat …

Experimental studies were performed to explore the ignition performance of rotating gliding
arc. Dual-axial swirler and beveled holes combined radial vanes swirler were used to …