Which outcome results when a pulse jet engine flameout occurs?

💡 Explanation

Detonation occurs after pulse jet flameout because uncontrolled auto-ignition initiates a supersonic deflagration known as Deflagration-to-Detonation Transition (DDT); therefore, destructive pressure waves become present, rather than a controlled burn.

• Which mechanism enables alpha decay from unstable isotopes?
• Which mechanism limits the rate of hydrogen permeation through palladium membranes at elevated temperatures?
• Which mechanism causes increased drag when lubricating oil degrades inside an engine?
• Which effect occurs when a pulsed electromagnetic field induces high-frequency oscillations in a dielectric capacitive sensor?
• Which outcome occurs when applying sustained mechanical stress to crystalline ionic compounds?
• Which limitation is exacerbated when transmitting higher frequency electromagnetic waves through a dielectric material?