Lean-premixed - Globe Thesis

Keyword [Lean-premixed] Result: 21 - 40 \| Page: 2 of 4
21.	Numerical Investigation Of NOx Emission Of Lean Premixed Combustor Using Chemical Reactor Network Model
22.	Experimental Study Of Flow Characteristics Of The Low-Calorific Lean Premixed Nozzle On Micro Gas Turbine
23.	Large Eddy Simulations Of Lean Premixed Flames Based On DTF And REDIM Methods
24.	Flame Characteristics And Blow-out Instability Of Lean-premixed Swirl Combustion
25.	Study On Prediction Of Performance Of Chemical Reactor Network For Combustor With High Precision
26.	LES On Lean Premixed Swirl Combustion And Model Comparison
27.	Numerical Studies Of The Pilot Burner Design And Emissions Characteristics In A Natural Gas Lean Premixed Gas Turbine Combustor
28.	Numerical Simulation Of Flashback And Blowout Of Lean Premixed Burner
29.	Theoretical and experimental studies of vortex breakdown in a lean, premixed swirl-stabilized combustor
30.	Combustion instability mechanisms in a lean premixed gas turbine combustor
31.	Experimental investigation of the dynamics and structure of lean-premixed turbulent combustion
32.	Combustion dynamics of swirl-stabilized lean premixed flames in an acoustically-driven environment
33.	effect of hydrogen addition and burner diameter on the stability and structure of lean, premixed flames
34.	Design methodology for a lean premixed prevaporized can combustor
35.	An experimental study of the velocity-forced flame response of a lean-premixed multi-nozzle can combustor for gas turbines
36.	Flowfield characterization of a piloted lean premixed injector by particle image velocimetry
37.	Dual fuel issues related to performance, emissions, and combustion instability in lean premixed gas turbine systems
38.	Experimental investigation of oscillatory heat release mechanisms and stability margin analysis in lean-premixed combustion
39.	Numerical simulation of pollutant emission and flame extinction in lean premixed systems
40.	Experimental and numerical investigation of flame structures for stretched lean premixed planar/tubular flames and oxygen-enhanced planar/coflow flames
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