关于飞机的新动力和推进

R. Petrescu, F. Petrescu
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引用次数: 0

摘要

尽管目前航空航天推进的经典方法有了很大的改进,但一些最现代的方法已经被引入,包括电动机推进。能量可以从氢燃烧器中获得,蜂窝燃烧器可以保护氢的燃烧,氢的燃烧速度比传统燃料或酒精快10倍。氢气的储存也可以在蜂窝式储氢器中完成。即使在飞行过程中也不能有效地获得太阳能光伏能源,但未来可能会提出用于更轻的和/或太空飞行器。一个很大的愿望是将水直接倒入飞机上的氢和氧中,这样储存的燃料实际上就是水,所用的氢是从水中提取的。在这种情况下,不再需要储存氢。并简要介绍了其他现代能源推进和获取方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
About Aircraft's New Power and Propulsion
Even though the current classical methods of aerospace propulsion are much improved, some of the most modern methods have already been introduced, including propulsion with electric motors. Energy can be obtained from hydrogen burners, honeycomb burners to protect the combustion of hydrogen that burns 10 times faster than conventional fuels or alcohols. Hydrogen storage is also done in honeycomb cell reservoirs. Getting solar photovoltaic energy even during flight is not yet effective, but maybe proposed in the future for lighter and/or space vehicles. A great desire is to pour water into hydrogen and oxygen directly on the aircraft so that the stored fuel is actually water and the hydrogen used is extracted from the water. In this case, it is no longer necessary to store hydrogen. And other modern methods of energy propulsion and acquisition are briefly presented in the paper.
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