Abstract:
A gas-dynamic method for controlling combustion and flame stabilization in a pseudoliquid fuel flow is proposed. The method is based on injection of additional air jets with varied frequency into a chamber with abrupt expansion. It is shown that the characteristics of combustion of the pseudoliquid fuel can be controlled by varying the frequency of injection of periodic air jets.
Keywords:pseudoliquid fuel, combustion chamber, air suspension, periodic jets, frequency.
