1) high speed fixed-wing fighter
高速固定翼飞机
1.
According to threat object,engagement mode, etc, then it’s main performance of tactical application is discussed, and the practicability, validity and improvement of UV MAWS based on it’s capability for high speed fixed-wing fighter are analysed.
从介绍导弹逼近告警的军事需求和应用背景入手,根据威胁对象、平台交战模式的特点,确立了系统的战术任务定位,系统阐述了导弹逼近告警战术应用的主要性能,并在分析紫外告警性能功能基础上,论述了紫外告警在高速固定翼飞机应用的实用性和有效性及今后的发展。
2) fixed-wing aircraft
固定翼飞机
1.
Based on the takeoff safety criterion,a ski-jump model was developed to predict a land-based ski-jump takeoff performance for a fixed-wing aircraft.
从固定翼飞机陆基滑跃起飞的安全性要求出发,提出了一种预测起飞性能的模型,用于预测最小起飞速度和最短滑跑距离。
2.
The method of flight path simulation of fixed-wing aircraft was studied based on the motion equation,with the help of which the flight path can be simulated and the location and flight attitude can be calculated.
研究了基于飞机运动方程的固定翼飞机航迹仿真方法,利用飞行器的运动方程进行固定翼飞机航迹模拟,建立飞机运动仿真模型算法,然后用MATLAB程序实现飞机航迹仿真,并对直线航迹和跑道型航迹进行了算法分析,最后将仿真航迹与真实航迹比对。
3.
Based on the features of torpedo airdropping by fixed-wing aircraft, the spatial vectoring patterns of instantaneous torpedo dropping were presented, and the mathematic model for dropping and aiming were established, as well as its calculation methods for direction aiming and distance aiming were analyzed.
针对固定翼飞机空投鱼雷的特点,给出了投雷瞬间的空间矢量图,建立了投放瞄准数学模型,分析了方向瞄准和距离瞄准的计算方法。
3) fixed wing aircraft engine
固定翼飞机发动机
5) Fixed Wing AirVehicle
固定翼飞行器
6) high-speed aircraft
高速飞机
1.
In the article,a physical model of IR signature from high-speed aircraft is constructed.
文中建立了高速飞机红外特性的物理模型 ,在考虑飞机内部传热、气动加热和太阳、天空、地面等背景辐射以及大气衰减的基础上计算得出了飞机 8～ 14 μm波段的辐射特性。
补充资料：斜翼飞机
又称“可转翼飞机”。左右两翼连成一体并可绕机身垂直枢轴转动一定角度的飞机。机翼采用斜置形式，并可偏转一定角度来调整飞行速度。起飞和着落时，机翼在平直位置，升力系数大，起飞着陆和低速飞行性能好；当机翼在斜翼位置时，飞行阻力降低，在空中高速飞行。飞行中，机翼可在0°～60°范围内转动。
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