This paper introduces the necessity of technical improvement and the design principles of an air cooling system for simulated altitude test facility.
介绍了高空台空气降温系统技术改造的必要性和改造的原则。
Using the available data from 3 starts in simulated altitude tests, the windmilling start ignition characteristic of a turbofan engine was analyzed in this paper.
本文利用某型涡扇发动机高空模拟试车台的试验结果，选取其中3次左边界起动试验的数据，着重对该发动机的风车起动点火特性进行了分析。
Incubation experiments in simulated normobaric hypoxia condition and at high altitude with adding oxygen were conducted to explore influences of oxygen on embryonic mortality of chicken.
通过模拟常压低氧和高海拔增氧孵化试验，研究了氧气浓度对低地良种鸡蛋胚胎死亡率和孵化率的影响。
CONCLUSION: Simulated living high training low training is an effective way to improve aerobic performance, but the changing law of EPO is different from that of traditional altitude training.
结论：模拟高住低练是提高有氧能力的有效措施，但EPO的变化规律与传统高原训练不同。
The effect of advanced fuel temperature on the high altitude ignition performance in the prechamber taken from an existent aero-engine at simulated high altitude facility was studied.
在高空模拟实验器上，利用已有的航空发动机预燃室点火器，研究了燃油预热增温对高空低压点火性能的影响。
This paper analyzed the heat transfer and the distribution of pressure in the high-altitude simulated test module, and proposed the methods of calculation.
分析了高空模拟试验舱的传热与舱压分布，并提出了计算方法，为高模试验舱的结构设计提供了参考。
ObjectiveTo investigate the effect of simulated high-altitude hypoxia stress on extracellular monoamine and its metabolite levels in hippocampus in rat.
目的探讨模拟高原低氧应激对大鼠海马细胞外液中单胺递质及其代谢产物的影响。
The results show that after processing the photo of the simulated remote high-altitude secondary planet can be seen clearly.
结果显示，处理后的模拟远程高空卫星照片轮廓清晰可见。
AIM: To investigate the effect of simulated high altitude hypoxia on rat brain mitochondrial translation activity.
目的：探讨模拟高原低氧对大鼠脑线粒体蛋白合成功能的影响。
According to the ITU-R turbulance structure constant model, the SNR and BER varied with the altitude at different wavelengths and different zenith angles are simulated numerically with FORTRAN.
依据ITU-R公布的随高度变化的大气结构常数模型，用FORTRAN对信噪比和误码率在不同波长与不同天顶角的条件下随高度的变化情况进行了数值模拟。
According to the ITU-R turbulance structure constant model, the SNR and BER varied with the altitude at different wavelengths and different zenith angles are simulated numerically with FORTRAN.
依据ITU-R公布的随高度变化的大气结构常数模型，用FORTRAN对信噪比和误码率在不同波长与不同天顶角的条件下随高度的变化情况进行了数值模拟。
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