1.
Schematic Research on Automatic Antenna Impedance Matching System for Reentry Vehicle and Design of Reflectometer
再入飞行器天线自动阻抗匹配系统的方案研究及其反射计的设计
2.
Analysis of the Scattering Character of Airborne-antennas by UTD Method (Case of Cylinder);
应用UTD方法分析飞行器天线的散射特性（圆柱部分）
3.
Robust Adaptive Control for Uncertain Nonlinear Systems and Its Applications to Aerospace Vehicles;
空天飞行器不确定非线性鲁棒自适应控制
4.
"Spacecraft: Vehicle designed to operate, with or without a crew, in a controlled flight pattern above Earth's lower atmosphere."
航天器:设计在地球低层大气上按受控飞行路线运行的载人或不载人的飞行器。
5.
parabolic flight aircraft
沿抛物线飞行的航空器
6.
flight path deviation indicator
飞行航线偏差指示器
7.
Trajectory Linearization Control for an Aerospace Vehicle Based on Fuzzy Disturbance Observer
基于模糊干扰观测器的空天飞行器轨迹线性化控制
8.
Research on Modeling and Adaptive Trajectory Linearization Control of an Aerospace Vehicle;
空天飞行器建模及其自适应轨迹线性化控制研究
9.
Application and Research on Adaptive Navigation Antenna System in High Speed Vehicle
自适应抗干扰天线在飞行器导航系统中的应用研究
10.
ASTRO (Advanced Spacecraft Truck,Trainer, Transport Reusable Orbiter)
高级航天飞行、培训、运输可再用航天器
11.
space-borne computer
空（间飞行器）载计算机， 航天器计算机
12.
a method of controlling the flight of a missile or spacecraft by reference to the positions of celestial bodies.
根据天体位置引导导弹或者飞行器飞行的方法。
13.
Three more flights were made in Mercury spacecraft.
后来，“水星”号航天器又进行了三次飞行。
14.
Planes fly daily over regular routes with timetable precisely.
飞机每天精确地按时刻表飞行在各条航线上。
15.
The air line service is to operate daily.
这条航线每天都有班机飞行。
16.
THE ANALYSIS OF AIRBREATHING PROPULSION SYSTEM/VEHICLE INTEGRATION FOR AEROSPACE PLANE
空天飞机吸气式推进系统/飞行器一体化分析
17.
Any vehicle on a mission in the southern half of the heavens remains continuously" visible" to an antenna at the pole.
在南半球的太空中执行任务的所有飞行器都可被极点上的天线持续追踪。
18.
The spacecraft is in orbit (ie moving in orbit) round the moon.
该航天器在绕月球轨道上飞行.