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Keyword [flame speed]
Result: 21 - 40 | Page: 2 of 3
21. Study On The Combustion Characteristics Of Dimethyl Ether Blends
22. Study On Laminar Flame Speed Of CO/H2/CH4 In O2/H2O Condition
23. Numerical Investigation On Laminar Premixed Combustion Characteristic Of Syngas Derived From Biomass
24. Laminar Flame Characteristics Research Of Methane-oxygen-water Mixture Based On Constant Volume Combustion Bomb
25. Large Eddy Simulation On The Knock Combustion Process And Its Influence Mechanism In A DISI Engine
26. Optical Study On The Flame Development Characteristics Of Partially Premixed Combustion In IC Engine
27. Numerical Study On Laminar Flame Speed Of CO/H2/CH4/O2/H2O At High Pressure
28. Effect Of Water Injection On Combustion And Emission Characteristics Of Natural Gas Engine With Stoichiometric Operation
29. Understanding the role of heat recirculation in enhancing the speed of premixed laminar flames in a parallel plate micro-combustor
30. Investigation of laminar flame speed of alternative liquid fuel blends
31. Flame surface density of turbulent premixed flames at medium to high turbulence intensities
32. Flashback Propensity of Synthetic Gas/Air Mixtures in a Generic Non-Swirling Jet Injector
33. Laminar Flame Speed Estimation from Experimental Data Using a Quasi-Dimensional Turbulent Flame Entrainment Combustion Simulation For Spark Ignition Engines
34. Propagation characteristics of turbulent premixed flames in nearly isotropic turbulent flows
35. An experimental and numerical study on the structure and extinction of laminar premixed flames
36. On Laminar Flame Speed Extrapolation Uncertainty And Turbulent Flame Speed Scaling Of Expanding Flames
37. Numerical Simulation Research On Combustion Mechanism Of Gasoline Engine With Syngas
38. Chemical Kinetic Study Of The Effect Of Hydrogen Addition On Methane Ignition And Laminar Burning Characteristics
39. Study On Combustion Reaction Mechanism Of Domestic Aviation Kerosene Multi-Component Surrogate Fuel
40. Numerical And Experimental Investigations On Ignition And Combustion Of Aluminum Particle Group
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