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Flow Friction or Spontaneous Ignition?

机译:流动摩擦或自燃?

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摘要

"Flow friction," a proposed ignition mechanism in oxygen systems, has proved elusive in attempts at experimental verification. In this paper, the literature regarding flow friction is reviewed and the experimental verification attempts are briefly discussed. Another ignition mechanism, a form of spontaneous combustion, is proposed as an explanation for at least some of the fire events that have been attributed to flow friction in the literature. In addition, the results of a failure analysis performed at NASA Johnson Space Center White Sands Test Facility are presented, and the observations indicate that spontaneous combustion was the most likely cause of the fire in this 2000 psig (14 MPa) oxygen-enriched system.
机译:在氧气系统中提出的点火机理“流动摩擦”在实验验证中被证明是难以捉摸的。在本文中,回顾了有关流动摩擦的文献,并简要讨论了实验验证的尝试。提出了另一种点火机制,即自燃形式,以解释至少一些起因于文献中流动摩擦的起火事件。此外,还介绍了在美国宇航局约翰逊航天中心白沙试验设施进行的故障分析结果,观察结果表明,在这种2000 psig(14 MPa)富氧系统中,自燃是最有可能引起火灾的原因。

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