抛物线飞行

为了研究失重环境对液相烧结AlN复合材料的影响，在抛物线飞行飞机上，以碳钛燃烧反应形成的高温作为实验热源，进行了失重实验和AlN复合材料、TiC材料制备中重力行为研究。

The gravity behaviors in the combustion synthesis of Ti and carbon on the parabolic flight aircraft were investigated .

抛物线飞行前、中、后动态心电图的改变

Changes of Dynamic ECG before , during , and after Parabolic Flight

失重飞机抛物线飞行和应用

The Parabolic Flight of Zero-G Aircraft and Its Application

叙述了进行地面研究的指导思想，分析了所使用的地面实验设施（落塔，抛物线飞行，探空火箭等）。

The concept of ground based research is introduced and the ground facilities ( i.e. drop towers , parabolic flights , sounding rockets ) used are analysed .

利用抛物线飞行时产生的不同重力环境，研究了不同重力水平对碳钛燃烧反应的影响.可得到煤炭的初始自加热温度、煤炭升温曲线和耗氧曲线。

The results showed that the combustion temperatures vary with different gravity levels . The initial spontaneous combustion temperatures , the curves of coal temperature and oxygen concentration versus time were obtained .

因此，针对不同目的的多种生命科学飞行实验装置正在加紧研制，有的已经完成并通过了地面模拟和空中抛物线飞行实验，个别的已经参加了空间飞行实验。

Therefore , various related facilities for life science flight experiments are being developed aimed at diverse objectives , and some of them were completed and passed ground-based simulation experiment or airplane parabolic flight tests , and to be arranged for implementation of spaceflight experiments .