1.
Civil aerospace tech-nologies have made remarkable achievements in the applied satellite, carrier rocket, and manned spaceship.
民用航天在应用卫星、运载火箭技术、载人航天等方面取得长足进步。
2.
Multi-satellite Launching and Secondary Satellite Launching Technologies of the US Expendable Launch Vehicles
美国运载火箭多星发射和搭载发射技术
3.
For carrier rockets, however, the technique of lateral separation design is normally used.
而运载火箭通常采用横向分离式设计技术。
4.
Saturn launch vehicle
“土星”号运载火箭
5.
Changzheng launch vehicle
“长征”号运载火箭
6.
Geo-synchronous satellite launch vehicle
地球同步卫星运载火箭(运载火箭)
7.
The booster was Saturn C-3 and the key technique was lunar orbit rendezvous.
采用萨杜恩C-3运载火箭，关键技术是月球轨道会合。
8.
The Design and Realization of a Digital Servo Controller for Launch Vehicle Based on DSP
基于DSP技术的运载火箭伺服机构数字控制器设计与实现
9.
Applications of Digital Prototype Technique in the Design of Servo Mechanism of some Launch Vehicle
数字样机技术在某型号运载火箭伺服机构设计中的应用
10.
Delta launch vehicle
“德尔塔”号运载火箭
11.
Ariane launch vehicle
“阿里安”号运载火箭
12.
aerodynamic characteristics of launch vehicle
运载火箭空气动力特性
13.
Geostationary Satellite Launch Vehicle
对地静止卫星运载火箭
14.
Augmented Satellite Launch Vehicle
加强型卫星运载火箭
15.
Long March II F carrier rocket
长征二号F运载火箭
16.
What deserves special mention is that a distinct difference exists between the design technology of the fairing on a carrier rocket and that of a multiple-warhead missile.
更需要指出的是，运载火箭整流罩的设计技术与导弹多弹头整流罩设计技术存在显著的不同。
17.
Since China has the ability to independently develop the carrier rocket, it certainly has the ability to solve the problems related to its flight technology.
中国既然有能力独立成功地研制运载火箭，当然有能力解决飞行中的技术问题。
18.
The general design concept, the key techniques of system implementation, and the system characteristics of simulation training of launch vehicle inertial platform, which puts forward a new training model for space testing workers are presented.
给出了运载火箭惯性平台仿真训练的总体设计方案、统实现的关键技术及系统特点。