斜爆轰推进系统在高超声速推进领域具有广阔的应用前景, 其释热迅速, 比冲高,
燃烧室结构简单的优点吸引研究人员的持续关注. 然而, 斜爆轰的地面试验同时涉及到高速试验 …

The oblique detonation engine (ODE)-based aircraft employs the fast oblique detonation
wave (ODW) combustion for airbreathing propulsion, delivering significant technical …

混合爆轰现象既包含气相反应又包含两相反应, 具有复杂性和多样性. 爆轰推进技术在新领域的
突破性应用与发展, 依赖对爆轰现象的深刻认识. 文章采用卧式爆轰管开展铝粉/氢气/空气混合爆 …

The oblique detonation engine (ODE) has established a clear superiority for hypersonic
flight because of its high thermal efficiency and compact structure. It has become the …

在斜爆轰推进系统中, 经过进气道压缩的气流速度仍然很大, 导致斜爆轰波前的气流难以达到
均匀预混, 进而对斜爆轰波系产生影响. 以高空飞行条件下非均匀来流中的斜爆轰波系为对象 …

爆轰推进系统具有热循环效率高和燃烧速率快等优点, 逐渐展露出将取代传统动力技术的趋势,
在高超声速飞行器推进领域中具有广阔应用前景. 对推进系统而言, 气流总压损失需要尽可能小 …

By taking advantages of rapid heat release, high specific impulse and simple combustion
chamber structure, oblique detonation plays an important role in hypersonic air-breathing …

Hybrid detonation phenomena encompass a complex interplay of gas-phase and
heterogeneous reactions, showcasing a rich diversity of behaviors. To unlock the …

Detonation propulsion system has the advantages of high thermodynamic efficiency and fast
heat release, which gradually shows the trend of replacing traditional propulsive technology …

The oblique detonation engine (ODE) has established a clear superiority for hypersonic
flight because of its high thermal efficiency and compact structure. It has become the …