flame front การใช้

• Diffusion flames tend to have a less-localized flame front than premixed flames.
• This results in a neon-burning, convectively-bound flame front that moves toward the core.
• The flame front across the ceiling was faint blue, followed by brighter flames.
• The flame front can then travel up the intake and cause a backfire.
• The flame front propagation rate ranges generally between 7.5 9 m / s.
• The flame front spreads to the lean gas air mixture in the cylinder.
• The flame front burnt its way through the vapour cloud, without causing an explosion.
• The large flame front from this burning mixture is sufficient to combust the charge.
• The flame front travels less distance which allows less ignition advance to be used.
• The surface of the interface that faces reactants is often termed as the flame front.
• A collision of the flame fronts inside the combustion chamber follows, resulting in an uncontrolled explosion.
• A preheating region exists prior to the surface of the flame front denoted by ? p.
• This makes it possible to calculate the characteristic width \ delta \; of the flame front:
• Also, the quickly descending piston lowers the pressure ahead of the flame front, reducing the burn time.
• Flame fronts generally travel at just Mach 0.05, whereas airflows through jet engines are considerably faster than this.
• A stable flame front is established and the remaining LNG is injected to bring the engine to full power.
• The flame front in the reaction is a zone of very hot, luminous gas, produced by the reactants decomposing.
• The instability analysis behind the Darrieus Landau instability considers a planar, premixed flame front subjected to very small perturbations.
• What follows is a collision of the two flame fronts inside the combustion chamber, resulting in an uncontrolled explosion.
• The fuel and air mix sufficiently, but often imperfectly, in the burner's tube before the flame front is reached.