1.
Research on streamtube and capture area of waterjet propulsion system
喷水推进器进水流道进流面形状研究
2.
3D Simulation of Viscosity Flow in Intake of Waterjet Propulsion;
喷水推进器进水管内粘性流三维数值模拟
3.
Unified Description of Outflow Non-uniformity of Waterjet Duct
喷水推进器进水流道不均匀度统一描述
4.
Research on effect of inclination on characteristics of waterjet duct
喷水推进器进水流道倾角与流动性能关系研究
5.
Numerical Simulation of a Mixed-flow Waterjet Cavitating Performance
混流式喷水推进器空化性能数值分析
6.
Research on designing of cavitation monitoring project in waterjet propulsion
喷水推进器空化监测方案的设计研究
7.
Research on the Piezoelectric Water-jet Propulsion Thruster and Power Supply Design;
双压电振子喷水推进器研究与驱动电源设计
8.
Failure Mode Analysis on the Hydraulic System of Water Jet Based on Fuzzy-FTA;
基于Fuzzy-FTA的喷水推进器液压系统故障模式分析
9.
Safety Assessment of Water Jet and Its Hydraulic System Based on FMEA;
基于FMEA的喷水推进器及其液压系统的安全评估
10.
Research of the Thruster Fault Diagnosis for Open-frame Underwater Vehicles;
水下机器人推进器故障诊断技术研究
11.
Design and Analysis of Propulsion for Sub-mini Underwater Vehicle
超小型水下机器人推进器设计与分析
12.
Numerical Prediction for Thrust Deduction of an Underwater Revolution Body with Ducted Propulsor
水下航行体导管推进器推力减额的数值预报
13.
This machine is driven by steam.
这部机器是用水蒸气推进的。
14.
A Study on Hydrodynamic Performance of POD Propulsion
吊舱推进器水动力性能预报方法研究
15.
Research on Squid Fin Like Propelle Based on SMA;
基于SMA的仿乌贼水平鳍推进器的研究
16.
Reflection as a Way of Teachers to Improve Teaching;
反思——教师提高教学水平的推进器
17.
Research of Condition Monitoring for Propeller and Rudder of Autonomous Underwater Vehicle;
自主式水下机器人推进器及舵状态监测研究
18.
The ship's propellers churned away, causing the water to swirl up
轮船的推进器不停地搅起海水，使水面出现漩涡。