1.
Methods Research on Effectiveness Analysis of Unmanned Commbat Aerial Vehicle;
无人战斗机作战效能评估的方法研究
2.
Research on Coordinated Flight Control of UCAV Based on Multi-Agent;
基于多Agent的无人战斗机协同飞行控制
3.
Evasive Probability Analysis of UCAV with Vector Thrust Against a Proportional Missile
导弹攻击下带矢量推力无人战斗机逃逸概率分析
4.
Study on uninhabited combat air vehicle formation tasks scheduling method based on particle swarm optimization algorithm
基于粒子群优化的无人战斗机编队任务协调方法研究
5.
A next-generation combat drone, for example, might loiter for hours above a potential target on elongated, low-drag wings.
举例来说，新一代无人战斗机就可运用外张的低阻力机翼，在预定目标上空盘旋数小时。
6.
Rough Set and Radial Basis Function Neural Network Mixed Algorithm for UCAV's Weapon-target Assignment
无人战斗机武器-目标分配的粗糙集与径向基函数神经网络杂合算法
7.
No one was killed in that battle.
那次战斗中无一人阵亡。
8.
bring down an enemy fighter
击落敌人一架战斗机.
9.
Might UAVs eventually replace manned combat aircraft altogether?
那么无人机是否可能完全替代人工驾驶的战斗机？
10.
He that fights and runs away may live to fight another day.
经过战斗而逃走的人有机会改日再战。
11.
Can our fighter-planes intercept the enemy's bombers?
我们的战斗机能拦截敌人的轰炸机吗?
12.
Fighters, trainer& transport, fighter jets, and bombers.
战斗机、练及运输机、射战斗机和轰炸机。
13.
Enemy missiles took out two of our fighters.
敌人的导弹炸毁我们两架战斗机.
14.
a fast maneuverable fighter plane designed to intercept enemy aircraft.
截取敌人飞行器的容易操作的战斗机。
15.
locked the enemy fighter in the gun sights.
用枪炮瞄准器跟踪敌人战斗机
16.
The enemy bombers were ineffective because they were fighting at close quarters.
敌人轰炸机失效了，因为是近距离战斗。
17.
A small one-man fighter should be able to penetrate the outer defense.
单人战斗机应能穿越外层的防卫
18.
The enemy fighters surprised the harbor at dawn.
敌人战斗机在黎明时偷袭港囗。