摘要:本文以具有绿色无毒、高性能、低成本等诸多优势的N2O-C2烃类燃料单元复合推进剂(即NOFBX)为对象,首先发展了包含52组分、325反应的燃烧化学反应机理模型。该机理不仅能够准确计算N2O热解过程中重要组分的分布,而且能够在较宽的温度、压力、化学计量比范围内准确预测N2O-C2烃类燃料体系的着火延迟时间和层流火焰传播速度。鉴于本文提出的N2O-C2烃类燃料反应机理具有机理规模小、实验验证充分的特点,有望在NOFBX发动机的多维燃烧数值模拟中得到广泛应用。
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