失重飞机

结论DCG可用于评价整个失重飞机飞行期间心脏电活动的改变。

Conclusion DCG could be used to evaluate the changes of cardiac electric activity during the whole parabolic flight .

介绍了用A3-1连续自由流电泳仪在俄罗斯失重飞机上进行的实验情况及结果。

This paper presents the separation experiments and results by a A3-1 continuous free-flow electrophoresis device on board the Russian weightless aircraft . The A3-1 device consists of power conditioning unit , detection unit and electrophoresis unit .

失重飞机搭载气/液两相流实验研究

Experimental investigation of gas-liquid two-phase flow utilizing reduced gravity airplane

失重飞机抛物线飞行和应用

The Parabolic Flight of Zero-G Aircraft and Its Application

失重飞机上进行的电泳分离实验

The electrophoretic separation experiments on the weightless aircraft

基于失重飞机的微重力科学实验系统

Experimental microgravity system for zero gravity airplane

利用俄罗斯IL76失重飞机对微重力条件下方形截面管道内的水/气两相流压降进行了实验研究。

Experimental studies have been performed on the board of Russian IL 76 reduced gravity airplane for two phase air water pressure drops in a square cross section channel .

文章对上述问题进行了充分的比较研究，并在此基础上指出了中性浮力水槽和失重飞机是失重模拟设备中最常用和最有效的工具。

For above mentioned issues , a comparative investigation has been fully made , and it is indicated that neutral buoyancy simulator and zero-G aircraft are very useful and effective implements among simulated weightlessness facilities .