1.
Design and installation of 4000 DWT multi-purpose carrier flapped rudder
4000DWT多用途船襟翼舵的设计与安装
2.
Realization of ship flap rudder control system based on DSP non-position transducer
襟翼舵无位置传感器DSP控制系统设计实现
3.
Technology for welding flap helm with lower helm bearing of Changjiang roll-on-roll-off ship No.1
“长江重件1号”滚装船襟翼舵大齿轮与下舵承本体外圈的焊接技术
4.
A Comment of Changjiang River 540 BHP New Pushboat Design
长江540马力新型推船设计述评 襟翼舵、倒车舵、导管组合体的综合性能介绍
5.
Research of Calibration Technology on Angular Displacement for Elevator, Aileron and Flap of Airplane;
飞机升降舵、副翼和襟翼转角标定技术研究
6.
camber changing flap
改变机翼弯度的襟翼
7.
main foil flap hydraulic actuator
主翼襟翼液压执行机构
8.
The plane systems and functions are also recorded, along with information about engine thrust and the position of control surfaces (flaps and rudder).
同时，它也记录飞机的系统和运行情况，包括发动机的推力和操纵面位置（襟翼和方向舵）。
9.
leading-edge flap position indicator
前缘襟翼位置指示器
10.
trailing-edge flap position indicator
后缘襟翼位置指示器
11.
Study of Main/Flap Rudders Intelligent Coordinated Control for Ship Course-keeping;
舰船航向—舵/翼舵智能协调控制研究
12.
A seagull hit the right wing tip, leading edge flap sustained minor damage.
右翼尖与一只海鸥相撞，前缘襟翼受到轻微损伤。
13.
Numerical Simulation of Usteady Flows over Gliding Flap of Multi-element Airfoils
多段翼型襟翼滑动非定常粘性流数值模拟
14.
Now the flaps were fully retracted.
现在襟翼全部收缩进去了。
15.
Research on Ground - effect - aircraft Flap Surcharge Relief Operating;
地效机襟翼超载自动释放操纵的研究
16.
Dynamic response reliability analysis of airplane inner-flap mechanism
飞机内襟翼机构动态响应可靠性分析
17.
Application of Gurney flap on certain target drone
Gurney襟翼在某型靶机上的应用
18.
A single flap replaces the previous double design and the additional winglets over the main profile have increased in length, almost reaching the side of the nosecone.
单襟翼取代了原本双襟翼的设计，同时主体上方额外的翼端帆长度也增加，现在几乎要碰到鼻锥。