氨气及氨/氢掺混燃烧技术发展综述
Review on the development of ammonia and ammonia/hydrogen blended combustion technology
氨和氢都是零碳燃料，且氨可以作为氢载体。氨的能量密度高且制备及运输技术成熟但最小点火能量高；氢的燃烧速度快，最小点火能量低，可燃范围广但不易运输储存。氢和氨的对立性和潜在的互补性为发动机提供了新的研究方向。本文总结了氨气及氨/氢掺混燃烧技术的最新进展，为以后更好地发展氨燃料燃烧提供理论依据。
Ammonia and hydrogen are both zero carbon fuels and ammonia can be used as a hydrogen carrier. Ammonia has a high energy density and mature preparation and transport technology but a high minimum ignition energy; hydrogen has a fast combustion rate, a low minimum ignition energy, a wide flammable range but is not easily transported for storage. The opposing and potentially complementary nature of hydrogen and ammonia offers new research directions for engine…查看全部>>
雒晶;吕阳;葛晓成;胡发跃;康哲;
Ammonia ammonia/hydrogen blending internal combustion engines combustion performance emissions
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