1) atmosphere clutter
大气杂波
2) meteorology clutter
气象杂波
1.
Based on meteorology clutter of characteristrc find typical models,clutters are generated on computer so as to study the feasibility of simulation algorithms and serve the radar emulate.
本文研究的目的就在于总结其它杂波模型和模拟方法,并根据气象杂波自身特性,建立相应典型模型,通过计算机模拟产生杂波信号,研究模拟方法的可行性,为气象杂波仿真服务。
3) atmospheric impurities
大气杂质
4) atmospheric duct
大气波导
1.
The influence of the atmospheric duct on the detecting range of shipborne radars;
大气波导对舰载雷达探测距离的影响
2.
Research on multi-path channel parameters in the marine atmospheric duct;
大气波导中多径信道的参数研究
3.
Study of the shadow zone of the radar in the atmospheric duct;
大气波导条件下雷达电磁盲区的研究
5) atmospheric waveguide
大气波导
1.
This paper introduces the form reasoos of atmospheric waveguide,sort and conditions of forming waveguide,analyzes the influences of atmospheric waveguide on the operating performance of shipborne radar,electronic countermeasure system and communication countermeasure system,finally presents the measure to.
大气波导是海洋大气近地层内普遍存在的现象,对海上舰船的电子信息装备作战性能有着非常重要的影响。
2.
Two factors, atmospheric waveguide and atmospheric noise, which have influence to the communication performance are pointed out in this paper.
找出了两种影响通信质量的空间因素———大气波导和大气噪声 ,分析了大气波导对信号场强的影响 ,以及大气噪声对接收机误码性能的影响 ,指出了提高VLF通信质量的方
6) Atmosphere disturbance
大气波动
1.
Phase delay due to atmosphere disturbance degrades the accuracy of D-InSAR for small deformation monitoring.
失相干(Decorrelation)与大气波动是影响重复轨差分干涉测量(D-InSAR)进行地表形变信息提取的主要因素。
补充资料：高空气象雷达(见气象雷达)
高空气象雷达(见气象雷达)
upper-air meteorological radar
，认u从口11甘牡1入lung lelQa高空气象雷达(叩per一air meteorologiealradar)见气象雷达。
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