1.
Design of Control system of Bionic Underwater Vehicle Propelled by Multiple Undulatory Fins
多波动鳍仿生水下机器人控制系统设计
2.
Design, Modeling, and Control of Bionic Underwater Vehicle Propelled by Multiple Undulatory Fins;
基于多波动鳍推进的仿生水下机器人设计、建模与控制
3.
Experimental and Numerical Researches on Undulatory Dorsal/Median Fin Propulsion Modes;
背鳍/背臀鳍波动推进机理实验研究及仿真
4.
Kinematic modeling and motion algorithm for long undulatory fins
仿生波动长鳍运动学建模及算法研究
5.
Study on Undulatory Control of the Flexible Fin in Undulatory Biomimetic Propulsor;
波动仿生推进器柔性长鳍的波动控制技术研究
6.
large edible rays having a long snout and thick tail with pectoral fins continuous with the head; swim by undulating the edges of the pectoral fins.
大型可食用鳐，长有长鼻子、粗尾巴和一直连到头部的胸鳍；靠有波状边缘的胸鳍游动。
7.
Research on Structure Design and Simulation for the Bionic Set Inspired by Undulatory Dorsal Fin;
柔性长背鳍波动仿生装置的结构设计与仿真技术研究
8.
STUDY OF KA-BAND WAVEGUIDE TO MICROSTRIP TRANSITION
KA波段对极鳍线微带波导过渡研究
9.
propel oneself through the water in a finning motion.
在水中挥动鳍以前进。
10.
To lash the water with the fins. Used of a dying whale.
猛烈地挥动鳍用鳍拍打水，常用于垂死的鲸
11.
Research on Fin Hydrodynamic Applications and Combined Fin/Tanks Anti-Roll System;
鳍水动力应用及鳍和水舱综合减摇系统研究
12.
It combines the fuzzy controller and the self-adaptive unit, achieving the undulatory control of the flexible fin in uncertain environments.
它将模糊控制器和自适应单元相结合，解决了不确定环境下柔性长鳍的波动控制问题。
13.
An Ka Band Waveguide to Micro-Strip Transition With Fin-Line Taper Structure
一种Ka频段波导微带鳍线转换结构
14.
Research on the Application of Dynamic Hydrodynamic Character Model of Fins Stabilizers;
减摇鳍动态水动力模型及其应用研究
15.
the dorsal fin is the vertical fin on the back of a fish and certain marine mammals.
背鳍就是在鱼或者某些海洋哺乳动物背上的垂直鳍。
16.
any of several marine reptiles of the Mesozoic having a body like a porpoise with dorsal and tail fins and paddle-shaped limbs.
中生代的几种水生爬行动物，身体象海豚，有背鳍和尾鳍，四肢形如浆。
17.
Fabulous creatures flicking their silver fins and ancient jewels.
神奇的生物煽动银鳍，珠光辉熠。
18.
Simulink of a Ship Roll Motion and Study of Fin Stabilizer s Control System;
船舶横摇运动仿真及减摇鳍系统控制