1.
Design of Underwater Repeater Based on Orthogonal Frequency Division Multiplexing;
基于正交频分复用的水下转发器的设计与实现
2.
Falling water can be used to produce electricity, which can make machine run.
落水可用来发电，电能使机器运转。
3.
It can be used on rotating machinery and under water.
它可以用于回转式机器，也可以在水下应用。
4.
Processing of underwater arc welding signal based on rotating arc sensor
基于旋转电弧传感器的水下电弧焊信号处理
5.
Tracking Control of An Autonomous Underwater Vehicle With Internal Rotor
带有内部转子的自主水下航行器的跟踪控制
6.
Research and Development of Underwater Glider Control System Hardware;
水下滑翔机器人控制系统研究与开发
7.
Civil-military Connection Boosts UUV Development
军民结合促进无人水下航行器的发展
8.
Modeling and Simulation of Pneumatic and Hydraulic Underwater Weapon Launching System
气动水压式水下武器发射系统建模与仿真
9.
Lower the slip joint and fix its top connector into the diverter.
下放伸缩隔水管，将伸缩隔水管顶部接头安装到转喷器壳体上。
10.
The Design and Research of the Downhole Pressure Signal Producer Controlled by Rotary Valve;
井下旋转控制压力信号发生器的设计与研究
11.
commutator type function generator
转换器型函数发生器
12.
Treatment of Stubborn Ascites with Precondition of Circulation of Mesoatrial Shunt
肠房转流通畅前提下并发顽固性腹水的治疗
13.
hydraulicefficiency transmitter
水力发送器液力发送器
14.
Perhaps you can see to the windscreen wiper - they get sticked .
也许你能检修一下挡风玻璃的刮水器——它们转不动了。
15.
Study on Underwater Welding High Speed Rotational Arc Sensor and Torch Offset Identification
水下焊接高速旋转电弧传感器及焊枪偏差识别的研究
16.
Complex wavelet method to pick up infomation got by rotating arc sensor
用复小波实现水下旋转电弧式传感器焊缝信息提取
17.
Mathematics Description of Underwater Vehicle and the Researcied Minimal Resistance
回转型水下航行器艇体数学建模方法和最小阻力研究
18.
nonrotational hydraulic jar
非旋转式水力振击器