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  2. FEATURES OF THE FLOW IN MICRO-JET BURNERS WITH FUEL GAS SUPPLY FROM THE END OF THE FLAME STABILIZER
  3. INFLUENCE OF THE POWER OF MICRO-JET BURNERS ON THE CHARACTERISTICS OF FLOW AND MIXTURE FORMATION
  4. COMPARATIVE ANALYSIS OF FLOW CHARACTERISTICS UNDER ISOTHERMAL AND NON-ISOTHERMAL CONDITIONS FOR BURNER DEVICES WITH FLAME STABILIZERS SHIFTED RELATIVE TO EACH OTHER
  5. CHARACTERISTICS OF FUEL AND OXIDIZER MIXTURE FORMATION AT DIFFERENT STEPS OF FLAME STABILIZER DISPLACEMENT IN MICROJET BURNERS
  6. MODELING OF TURBULENT FLOWS IN MICROJET BURNERS BY USING CYLINDRICAL FLAME STABILIZERS WITH RECTANGULAR NICHE CAVITIES
  7. ANALYSIS OF THE POSSIBILITIES OF REGULATING THE PROCESS OF MIXTURE FORMATION IN MICROJET BURNERS WITH CYLINDRICAL FLAME STABILIZERS
  8. INFLUENCE OF FUEL SUPPLY PARAMETERS ON FLOW REGULARITIES IN MICRO-FLASH BURNERS
  9. THERMAL STATE OF THE COMBUSTION ZONE IN MICRO-JET BURNERS WITH STABILIZERS OF VARIOUS CONFIGURATIONS
  10. STUDY OF FLOW CHARACTERISTICS IN THE AFTER EDGE REGION OF MICROJET BURNER STABILIZERS