1) canard-controlled missile
鸭式气动布局
1.
To investigate the rolling control characteristics of canard-controlled missile with fixed-tail, a numerical simulation method based on N-S formulation was conducted.
采用以N-S方程为主控方程的数值模拟方法,进行固定尾翼鸭式气动布局导弹的气动特性和流场数值模拟。
2) canard configuration
[航]鸭式气动布局
3) canard configuration
鸭式布局
1.
Vortex structures on close-coupled canard configurations;
在近距耦合鸭式布局中的涡系结构
2.
On the basis of wind-tunnel force-measurement,pressure-measurement and water-tunnel flow visualization,the effect and law of canard sweeps on lift increment were studied for the canard configurations with a 50° swept delta-wing and different delta-canards on the condition of without canard-spanwise blowing and with canard-spanwise blowing.
利用低速风洞测力、测压以及水洞流动显示实验,对一组由机翼前缘后掠角为50°与不同鸭翼后掠角的三角翼构成的近耦合简化鸭式布局模型,系统研究了鸭翼后掠角在有无鸭翼展向吹气情况下该布局的增升效果及规律性。
3.
To explore the flow field development with angle of attack on the canard configuration aircraft,a water tunnel flow visualization investigation was performed on both canard on and canard off configuration aircraft models in BUAA.
为探讨鸭式布局飞机全机流场随迎角的演变规律 ,分别对无鸭翼布局与鸭式布局两种情况于北航大水洞进行了染色液流场显示实验。
4) aerodynamic configuration
气动布局
1.
A new idea of aerodynamic configuration for maneuvering warhead design;
机动弹头气动布局的一种新思路
2.
Optimization design of aerodynamic configuration for hypersonic cruise vehicle based on ant colony algorithm
基于蚁群算法的高超声速飞行器气动布局优化设计
3.
Finally,it is suggested that the flying wing configuration is an optimal selection of aerodynamic configuration design of an UCAV for reconnaissance.
最后,指出飞翼布局是无人侦察作战飞机气动布局的较好选择。
5) Thermal configuration
热气动布局
6) advance aerodynamic configuration
先进气动布局
补充资料：RG-I手持式气动旋盖机
工作原理及结构特点：
手持式气动旋盖机便于随身携带，能方便地用于拧紧或旋松各种瓶盖。其可调的离合器可有效地避免瓶盖的损坏，并减少内塞的磨损。一旦瓶盖旋紧，卡头即自动停止旋转，表明您可进行下一个瓶盖的操作。如您同时选购支架，便可将旋盖机轻便、整洁地旋起。该系列机器能有效地减少劳动强度，保证旋盖质量。
整机包括：主机、铝制旋盖卡头及缓冲内塞。
技术参数：
型 号 | RG-I | RG-Ⅱ |
旋盖范围 | 5-30mm | 30-90mm |
旋盖速度 | 约30瓶/分钟 | 约30瓶/分钟 |
主机净重 | 0.6kg | 1.1kg |
气 压 | 大于4.5kg/cm2，小于6.2kg/cm2 | |
用气量 | 0.08m3/min | 0.08m3/min |
快速接头 | 1/4英寸 | 1/4英寸 |
离合器 | 可调 | 可调 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条