唐亮,吴勋,杨蓉,卢晓峰.某型液体火箭动力系统低温环境适应性要求验证试验与结果分析[J].装备环境工程,2015,12(1):106-109,125. TANG Liang,WU Xun,YANG Rong,LU Xiao-feng.Adaptability Requirement Validation Test and Result Analysis of Liquid Rocket Engine in Low-temperature Environment[J].Equipment Environmental Engineering,2015,12(1):106-109,125.
某型液体火箭动力系统低温环境适应性要求验证试验与结果分析
Adaptability Requirement Validation Test and Result Analysis of Liquid Rocket Engine in Low-temperature Environment
投稿时间:2014-08-31  修订日期:2015-02-15
DOI:10.7643/issn.1672-9242.2015.01.021
中文关键词:  液体火箭  发动机  低温环境
英文关键词:liquid rocket  engine  low-temperature environment
基金项目:
作者单位
唐亮 第二炮兵装备研究院,北京 100094 
吴勋 第二炮兵装备研究院,北京 100094 
杨蓉 第二炮兵装备研究院,北京 100094 
卢晓峰 第二炮兵装备研究院,北京 100094 
AuthorInstitution
TANG Liang The Equipment Research Institute of PLA′ s Second Artillery,Beijing 10094,China 
WU Xun The Equipment Research Institute of PLA′ s Second Artillery,Beijing 10094,China 
YANG Rong The Equipment Research Institute of PLA′ s Second Artillery,Beijing 10094,China 
LU Xiao-feng The Equipment Research Institute of PLA′ s Second Artillery,Beijing 10094,China 
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中文摘要:
      目的 验证动力系统低温环境适应性要求。方法 开展低温试验, 模拟火箭运载平台在某使用条件下的环境状态, 测量火箭运载平台在各典型测点表面温度数据, 将实际温度数据及温度变化情况与关键部组件的使用要求进行对比, 分析局部实际温度条件是否满足内部关键部组件的使用要求。结果 获得低温条件下关注部位温度数据及温度变化情况。结论 通过进行低温条件下的试验, 验证了此型火箭在一定低温条件下, 重点关注部位的温度能够满足产品设计使用技术要求。此结果为此型火箭动力系统低温环境条件下的使用提供了依据。
英文摘要:
      Objective To validate the adaptability requirement of a liquid rocket engine in low temperature environment. Methods Low-temperature validation test was accomplished. The environmental state of a rocket carrier platform under specific operation conditions was simulated and the surface temperatures for specific points of the rocket carrier platform were measured. By means of comparing the real temperature data, the temperature variations and the operation requirements of key subassemblies, it was analyzed whether the local actual temperature conditions satisfied the operation requirements of the internal key subassemblies. Results The temperature data and temperature variations of the focused subassemblies under low-temperature conditions were obtained. Conclusion According to the results of test, it was verified that the temperature state of focused subassemblies satisfied the technical requirements for product design and operation under certain low-temperature conditions. The validating test and the conclusion provide reference for the use of this type of rocket engine system in low-temperature environment.
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