1.
Tank self-pressurization process of N_2O monopropellant micro-propulsion system
N_2O单组元微推进系统贮箱自增压特性
2.
Propulsion System for a Scientific Micro/Nanospacecraft
用于科学性微/纳级宇宙飞船的推进系统
3.
auxiliary propulsion system
辅助推进系统辅助推进系统
4.
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
5.
Numerical Investigations of PMC-based Micro/mini-Chemical Propulsion System;
基于多孔介质内燃烧的微小型化学推进系统的数值研究
6.
The Design of Micro-Satellite Propulsion System and Numerical Simulation of the Forming of TB8 Hemispherical Part;
微小卫星推进系统设计及TB8钛合金半球件成形的数值模拟
7.
SEPST (Solar Electric Propulsion System Technology)
太阳电力推进系统技术
8.
RESEARCH OF MULTI-MICRO COMPUTER PARALLEL INFERENCESYSTEM FOR IW HOST COMPUTER
IW主机的多微机并行推理系统研究
9.
Study on the Software of Configuration Analysis of Liquid Propellant Space Propulsion Systems;
液体推进剂空间推进系统构型分析软件研究
10.
Research on Key Technology for Thrust System of Shield Tunneling Machine;
盾构掘进机推进系统的关键技术研究
11.
Present situation and progress of investigation on rocket based combined cycle(RBCC)propulsion system
RBCC组合循环推进系统研究现状和进展
12.
Since the appearance of POD electric propulsion system, it injects new life into marine propulsion system.
吊舱式电力推进系统的出现,给船舶推进系统注入了新的活力。
13.
Investigation of GO_2/kerosene thrust chamber of the main rocket engine for the RBCC propulsion system
RBCC推进系统主火箭发动机气氧/煤油推力室研究
14.
Specification for electric propulsion plant in ship
GB/T13030-1991船舶电力推进系统技术条件
15.
The propulsion system consists of five F-1 engines.
推进系统包括五个F-1发动机。
16.
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。
17.
Integrated Propulsion System--the Development Trend of MBT Powerplant
整体推进系统——坦克动力发展趋势
18.
Analysis and Design of Pusher Furnace Handling System;
推进式加热炉运输系统的设计与分析