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- aerodynamic heating rate 气动加热率
- Flying aerodynamic heating makes great effect on the reliability of nose fuze. 飞行气动热对弹头引信可靠性影响极大。
- STUDY ON UNCERTAINTY BANDS OF AERODYNAMICALLY HEATING RATE AND MATERIAL PERFORMANCE IN THERMAL PROTECTION FOR SPACESHIP CAPSULE 飞船返回舱气动热及烧蚀防热的不确定性初步研究
- Parallel efflux theory has been used so that a new method of physical simulation of aerodynamic heating has been developed. 把平行射流理论应用于座舱蒙皮外表面气动加热的物理仿真,提出了气动加热物理仿真的新方法。
- The hypervelocity projectiles are easy to come forth aerodynamic heating and ablation phenomena, when they flight. 超高速弹箭存在的气动加热烧蚀现象会严重影响其外弹道特性。
- In this thesis, the aerodynamic heating methods of hypersonic projectile are presented. 本论文进行了高超声速弹丸的气动热研究。
- There are a large number of aerodynamic heat, in particular during hypersonic re-entry, aerodynamic heating results in ultra-high surface temperature. 空天飞行器以高超声速返回再入大气层时,气动加热会使其表面达到极高的温度。
- The phenomenon of aerodynamic heating and ablation for hypervelocity projectues seriously affects the characteristics of the exterior ballistics. 超高速弹箭存在的气动加热烧蚀现象会严重影响其外弹道特性。
- Abstract: The physical simulation of aerodynamic heating on outside surfaces of cabin skins is an important basis of cabin thermal process tests. 文摘:座舱蒙皮外表面气动加热的物理仿真是座舱热特性试验研究的重要基础。
- HP(head pursuit) guidance law is proposed to eliminate the perturbation of interceptor detection induced by aerodynamic heating. 在建立了目标和拦截器的三维制导模型基础上,采用全局二阶滑模控制理论设计了二阶滑模HP非线性制导律。
- The physical simulation of aerodynamic heating on outside surfaces of cabin skins is an important basis of cabin thermal process tests. 座舱蒙皮外表面气动加热的物理仿真是座舱热特性试验研究的重要基础。
- Ice might melt along the deep cracks, and the meltwater would substantially enhance the heating rate. 冰或许会沿著深入的裂缝开始融化,融化的水又会转而提升加热速率。
- Because of the drastic aerodynamic heating effect, panel flutter analysis considering thermal effects becomes an emerging problem in the design process of supersonic aircraft. 在超音速飞行器的设计中,由于气动加热效应相当剧烈,考虑热效应的壁板颤振问题成为一个不可忽视的气动弹性问题。
- The method for finding the solutions in the aerodynamic heating problems of the terminal-sensitive submunitions in missile with PDE toolbox in MATLAB was described. 摘要介绍了基于MATLAB偏微分工具箱求解导弹末敏子弹气动加热问题的仿真方法。
- In additional, influence of heating rate and particle diameter on combusting process is studied. 研究了升温速率、粒径对燃烧过程的影响,并计算出废轮胎燃烧动力学参数,获得其燃烧反应机理。
- The temperatures of peak in TG curves and DTG curves all increase with the adding of heating rate. 随着升温速率的提高TG曲线起始温度和DTG曲线峰值温度都逐渐提高。
- Heating rate increases, the yields of NH3 and HCN decrease, while which of HNCO and NO increase. 升温速率提高,NH3及HCN的析出总量减少,但NO及HNCO的析出总量呈增加趋势;
- The effects of solid content and applied voltage on ohmic heating rate of soybean milk were also investigated. 实验证明:豆浆电导率随温度和固形物含量的增高而增大,且电导率与温度为线性关系;
- The dehydration of dihydrate gypsum was affected, besides atmosphere and heating rate. 二水石膏的脱水性能除受气氛的影响外,还受到加热速度的影响,随着加热速度的提高,二水石膏脱水的吸热峰出现的温度点推后。
- Regarding the ball- column model . After analyzed the gas thermodynamic property behind the shock wave, the results of aerodynamic heating quantity and its the influence factors has been obtained under different heights and speeds . 对于球柱模型,分析了激波后气体的热力学性质,计算得到了不同高度和不同速度下驻点气动加热量及其影响因素;