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Oxygen Partial Pressure and Oxygen Concentration Flammability: Can They Be Correlated?

机译:氧分压和氧浓度可燃性:它们可以相互关联吗?

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NASA possesses a large quantity of flammability data performed in International Space Station (ISS) airlock (30 % Oxygen 526 mmHg) and ISS cabin (24.1 % Oxygen 760 mmHg) conditions. As new programs develop, other oxygen and pressure conditions emerge. In an effort to apply existing data, the question arises: Do equivalent oxygen partial pressures perform similarly with respect to flammability? This paper evaluates how material flammability performance is impacted from both the maximum oxygen concentration (MOC) and maximum total pressures (MTP) perspectives. From these studies, oxygen partial pressures can be compared for both the MOC and MTP methods to determine the role of partial pressure in material flammability. This evaluation also assesses the influence of other variables on flammability performance. The findings presented in this paper suggest flammability is more dependent on oxygen concentration than equivalent partial pressure.
机译:NASA拥有在国际空间站(ISS)气闸(30%氧气526 mmHg)和ISS机舱(24.1%氧气760 mmHg)的条件下执行的大量可燃性数据。随着新程序的开发,其他氧气和压力条件也出现了。为了应用现有数据,出现了一个问题:等效氧气分压在可燃性方面是否表现相似?本文从最大氧气浓度(MOC)和最大总压力(MTP)的角度评估了材料的可燃性如何受到影响。通过这些研究,可以比较MOC和MTP方法的氧气分压,以确定分压在材料易燃性中的作用。该评估还评估了其他变量对可燃性的影响。本文提出的发现表明,可燃性比等效分压更依赖于氧气浓度。

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