1.
Analysis and countermeasures of the corrosion factors of underwater propeller stainless steel blades
水下推进器不锈钢叶片腐蚀因素分析及对策
2.
An Improved Chaos Prediction Method and Its Application in the Thruster Motor System of Underwater Robots
一种改进的混沌预测方法及其在水下推进电机中的应用
3.
The undulatory biomimetic propulsor is a new underwater propulsor which emulates the swimming mode of Gymnarchus Niloticus.
波动仿生推进器是以“尼罗河魔鬼”为仿生对象设计的新型水下推进装置。
4.
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
5.
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
6.
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
7.
Current Situation of Underwater Chemical-propellant
国外水下液体化学推进剂的研究现状
8.
Research on Bionic Turtle Hydrofoil Propulsion Technology of Autonomous Underwater Vehicle;
一种水下航行体的仿水翼法推进技术研究
9.
Research on the Driving Technology of the Microminiature Underwater Vehicle Based on the Fish Propulsion;
微小型水下航行体仿鱼推进驱动技术研究
10.
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
11.
Chaotic Anti-Control of PM Thrustermotor System in Underwater Vehicles
水下机器人永磁推进电机系统的混沌反控制
12.
Comparative Study on Propulsion Types of Small Autonomous Underwater Vehicle
微小型水下机器人推进方式的比较研究
13.
Permanent Magnet Propulsion Motor System Control of Chaos for Underwater Robot
水下机器人用永磁推进电机系统混沌控制
14.
Nonlinear Variable-Structure Control for Stepless Speed Changing of Underwater Heat-Engine Propulsion System
水下热动力推进系统的无级变速控制研究
15.
a well made by driving a tube into the earth to a water-bearing stratum.
通过推进管子进入地下能产生水的地层而建的井。
16.
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
17.
On the thematic progression and the topic progression;
语篇中的主位推进与主题推进(下)
18.
PLCU (Propellant Level Control Unit)
推进剂水平控制设备