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Preliminary Design Considerations for Zero Greenhouse Gas Emission Airplanes

机译:零温室气体排放飞机的初步设计考虑因素

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Global warming concerns are stimulating accelerated research and development of alternative fuels and propulsion systems for automobiles. The potential application of these emerging technologies to airplanes is reviewed. Preliminary designs of zero greenhouse gas emission airplanes using hydrogen fuel and either internal combustion or fuel cell-electric motor propulsion are presented for a wide body jet transport, medium jet transport, business jet, and single engine propeller airplane. The hydrogen-fueled internal combustion engine airplanes offer the easiest path to zero emissions, but the greater efficiency of the fuel cell airplanes allows designs requiring substantially less fuel. The single engine propeller airplane is the easiest to modify for hydrogen fuel, because of the relatively high mass and volume of the engine being replaced. Technology improvements needed to make zero emission airplanes viable are suggested.
机译:全球变暖的担忧是促进了汽车替代燃料和推进系统的加速研发。综述了这些新兴技术对飞机的潜在应用。对于宽的身体喷射运输,中喷射,商务射流和单发动机螺旋桨飞机,提供了使用氢气和内燃或燃料电池电动机推进的零温室气体排放飞机的初步设计。氢气燃料的内燃机飞机提供最简单的零排放路径,但燃料电池飞机的更高效率允许设计需要大大燃料的设计。单个发动机螺旋桨飞机是最容易改性氢燃料的,因为替换发动机的相对较高的质量和体积。建议将零排放飞机所需的技术改进是可行的。

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