战斗机，可以进行超低空飞行。
本文介绍“长空”超低空无人驾驶飞机的飞行控制系统。
The paper introduces the flight control system of the pilotless aircraft.
对飞行器超低空飞行时抑制镜像干扰问题的解决有重要的参考价值。
There is an important reference value to suppress interference of image target.
初步建立了超低空空投过程的计算模型，计算模拟了实际的典型空投条件及空投过程。
The computational model of the airdrop process was developed, and the typical conditions of real airdrop and its process were simulated.
由于雷达探测存在盲区，低空与超低空飞行的入侵目标给雷达防御系统带来困难与威胁。
Due to the existence of radar blind spot, the invasive goals flying at low altitude and very low altitude will bring problems and threats to the defense radar system.
本文主要介绍一种新型脉冲雷达高度表，装于CK1E超低空靶机模型上静态测高的试验方法和结果。
This paper mainly introduces a test method of altitude measurement in a static state for a new type of a pulse radar altimeter installed in a CK1E target drone model.
分析了超宽带冲激脉冲雷达与连续波雷达的不同的回波特性，指出冲激脉冲雷达对超低空目标探测的潜在优势。
Differences of echo characteristic between impulse radar and continuous wave radar are analyzed, and the potential of UWB impulse for Super-Low-Altitude target-detection is remarked.
现代武装直升机的超低空飞行，使得雷达系统已经无能为力，因此通过直升机的飞行噪声对其进行识别和定位具有重要意义。
That modern armed helicopter flies at super low space makes radar system useless, so it is important to identify and locate a helicopter through its flying noise.
现代武装直升机的超低空飞行，使得雷达系统已经无能为力，因此通过直升机的飞行噪声对其进行识别和定位具有重要意义。
That modern armed helicopter flies at super low space makes radar system useless, so it is important to identify and locate a helicopter through its flying noise.
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