Diffusion flames - Globe Thesis

Keyword [Diffusion flames] Result: 1 - 20 \| Page: 1 of 4
1.	Experimental And Numerical Studies Of Humid Air Diffusion Flames
2.	Effects Of External Radiative Heat Flux On The Combustion Behavior Of Porous Beds Soaked With Combustible Liquid
3.	Experimental And Numerical Studies On Diluted Syngas Diffusion Flames
4.	The Liftoff Characteristics Of DME And Propane Laminar Jet Diffusion Flames With Dilutions
5.	Experimental And Kinetic Modeling Of Methane Co-flow Diffusion Flames Doped With Butanol Isomers
6.	Studies On Flame Shape Characteristics And Lift-off,Blow-out Behaviors Of Jet Diffusion Flames Under Different Environmental Conditions
7.	Applications Of The Laminar Flamelet Model For The Numerical Simulation Of Diffusion Turbulent Combustion
8.	The Impact Of The Model Constant A Of The Eddy Dissipation Model On Simulation
9.	Large Eddy Simulation Of Turbulent Non-Reactive Swirling Flow And Diffusion Flames
10.	Numerical Simulation Of Counterflow Diffusion Flames And Preliminary Study Of Non-premixed Turbulent Combustion Of Methane/air At High Pressures
11.	Study Of Shapes And Combustion Characteristics Of Jet Diffusion Flames Under Crossflow
12.	Investigation Of Combustion Characteristics Of Steam Diluting Natural Gas Diffusion Flame
13.	Experimental And Numerical Investigation On Diffusion Combustion Characteristics Of Micro Lobed Burner
14.	Research On Propagation And Stability Of Diffusion Flames Based On Plasma Jet
15.	Effects Of Oxygen Concentration And Pressure On Soot Formation In Ethylene Diffusion Flames
16.	Two Dimensional Temperature And Carbon Dioxide Concentration Profiles Of Nitrogen Added Ethylene Co-flow Diffusion Flames Measured By Mid-Infrared Direct Absorption Spectroscopy
17.	Effect of m-xylene on soot formation in high pressure diffusion flames
18.	Optical diagnostics to characterize the sooting propensity of biofuel-diesel diffusion flames
19.	Soot formation in co-flow and counterflow laminar diffusion flames of fuel mixtures
20.	Experimental study of turbulent counterflow diffusion flames
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