Flames - Globe Thesis - Globe Thesis

Keyword [Flames] Result: 1 - 20 \| Page: 1 of 7
1.	Influences Of Gravity On Lean Premixed V-Flames Of Weak Turbulence
2.	Study On Propagating Mechanism And Quenching Of Premixed Flames In Narrow Channels
3.	A Simulative Study On The Interaction Between Diffusion Flames And Water Mist With Additives
4.	Research On Experiment And Mechanism Of Polymer Flames Inhibited By 2H-Heptafluoropropane
5.	An Experimental Study On The Interaction Between Flames And Superfine Powderbased Agents
6.	Experimental And Kinetic Modeling Studies On Pyrolysis And Premixed Flames Of N-Hptane And Iso-Octane
7.	Study On Measuring Method Of The Temperature And Soot Volume Fraction In Laminar Co-Flow Axisymmetric Diffusion Flames
8.	Micronstructural Transformation Of Carbon Nanofibers At High Temperature And Its Homojunction's Characterization
9.	Investigation On Soot Formation Of Laminar Co-Flow Diffusion Flames
10.	Mass Production Of Carbon Nanotubes In Flames
11.	The Reformation Studies Of The Number Controls Flames To Incise Machine
12.	Experimental Investigation On The Effects Of Hydrogen Addition And Dilution Gas On Thermal Characteristics Of Methane/Air Premixed Flames
13.	A Research About Effect Laws Of Hydrogen And Inert Gas Addition On Stabilization Of Methane/Air Premixed Flames
14.	Study On The Methane-air Deflagration Flames Propagation Characteristcs In An Square Plexiglass Tube
15.	Behaviors And Simulations Of Small-Scale Burning Of Polymers Impinged By Small Flames
16.	Study On Evolutions Of Physicochemical Characteristics For Soot Particles Generated From Methane Flames
17.	Experiment And Numerical Simulation On Structure Features Of Diffusion Flames In Moving Fire
18.	Influence Of Gradient Magnetic Field On NO_x Formation Characteristics In Methane Laminar Burning
19.	Study On The Morphological And Nanostructural Characterization And Agglomeration Forces Of Soot Particles Formed In Premixed Flames
20.	Experimental Methodology Investigation Of Pulverized Coal Combustion In Counterflow Flames
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