摘要
回顾了高超声速推进地面设备及任务的发展历程,明确了设备分类,简述了直连式超声速燃烧试验台、燃烧加热高超声速高温风洞、电弧加热超声速燃烧试验台、高超声速高焓激波试验台、脉冲燃烧风洞等试验设备的原理、主要结构和基本参数。通过对不同设备特点的分析,指出脉冲燃烧风洞是开展高超声速机体/推进一体化试验的理想设备。
The history of hypersonic propulsion facilities and tasks are briefly reviewed in this paper,the operating principle,main structures and basic parameters of these reclassified facilities are also surveyed,including direct-connect supersonic combustion test facility,combustion-heated high temperature tunnel,arc-heated scramjet test facility,high enthalpy shockwave facility and combustion-heated impulse tunnel.After an analysis of the characteristics of different facilities,it is pointed out that the combustion-heated impulse tunnel is the ideal facility for aero-propulsion integration test.
作者
吴颖川
贺元元
张小庆
毛雄兵
WU Yingchuan;HE Yuanyuan;ZHANG Xiaqing;MAO Xiongbing(Science and Technology on Scramjet Laboralory,Hypervelocity Aerodynamics Institute of China Aerodynamics Research&Development Center,Mianyang 621000,China)
出处
《科技导报》
CAS
CSCD
北大核心
2020年第12期96-102,共7页
Science & Technology Review
关键词
高超声速推进设备
机体/推进一体化
脉冲燃烧风洞
hypersonic propulsion facility
aero-propulsion integration
combustion-heated impulse tunnel