1.
The main research direction of Professor Zhan Jialiang is ： Propulsion system of spacecraft.
主要研究方向：航天器推进系统研究。
2.
Model-based fault diagnosis system for the spacecraft propulsion system
基于模型的航天器推进系统故障诊断
3.
External SRBs, orbital system engines, it's just like the shuttle you flew.
外置固态火箭推进器,轨道系统引擎 和你飞过的航天飞机一样
4.
HYBRID APPROACH FOR ESTIMATING COUPLING EFFECT BETWEEN PROPELLANT SLOSHING DYNAMIC AND SPACECRAFT GNC
航天器推进剂晃动与控制系统之间耦合效应的混合型估算方法(英文)
5.
spaceborne imaging radar
航天器载雷达成象系统
6.
spacecraft hazard contro
航天器应急控制系统
7.
spacecraft tracking system
航天器跟踪测量系统
8.
Constructing the High-quality Course of Power Supplies for Aircrafts
“航空航天器供电系统”精品课程建设
9.
The first two days of the mission were crammed with tests of the ship's electrical, navigational, propulsion, and control systems.
飞行的最初两天忙着太空船的电力、寻航、推进和控制系统的试验。
10.
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
11.
Research on Fish-liked Propulsion Technology and SPC-Ⅱ Propulsion System Design;
SPC-Ⅱ推进系统设计及仿鱼推进器研究
12.
Research on Thermal-mechanical Coupled Analysis of Launch Vehicle Cryogenic Tanks
航天运载器低温推进剂贮箱热力耦合分析研究
13.
The Algorithm Research of Autonomous SINS/GPS Navigation for Orbit Transfer Vehicle;
轨道机动航天器的SINS/GPS组合导航系统算法研究
14.
environmental control system for manned space vehicle
载人航天器环境控制系统
15.
gas storage system for manned spacevehicle
载人航天器气体贮存系统
16.
life support system for manned space vehicle
载人航天器生命保障系统
17.
Design of Configuration System of Aerospace Intelligent Instrument Software;
航天智能测试仪器软件组态系统设计
18.
Real-Time Simulation of Multi-Sapcecraft Based on Ihawk System
基于ihawk的多航天器实时仿真系统