1) moving clutter
动杂波
1.
In AMTI radar signal processing,it needs effectively to remove the moving clutter to enhance the radar target′s resolution precision and the examination probability by comprehensive utilization target echo each information.
在AMTI雷达信号处理中,为综合利用目标回波的各项信息,提高目标的分辨精度及检测概率,需要有效去除动杂波,其中,杂波速度估值对于动杂波抑制具有重要作用。
2.
In order to make X—band ground—based radar s target detecting capability meet the requirements in the moving clutter conditions such as cloud and rain.
对于X波段地面雷达,要使其在云雨等动杂波环境下的目标检测能力达到指标要求,信号处理机的合理设计是十分关键的。
2) slowly motive clutter
慢动体杂波
3) weather motive clutter
云雨动杂波
4) LHCD
低杂波电流驱动
1.
EXPERIMENT OF THE CORRELATION BETWEEN THE LHCD EFFICIENCY AND PLASMA PARAMETERS ON THE HT-7 TOKAMAK;
HT-7低杂波电流驱动效率与等离子体参数相关性实验
2.
Effects of the trapping effect on LHCD in tokamak;
俘获电子效应对低杂波电流驱动的影响
3.
ENHANCEMENT OF RUNAWAY AVALANCHE DURING LHCD AND FISHBONE INSTABILITY;
低杂波电流驱动中的雪崩逃逸增强及鱼骨不稳定性
5) Lower hybrid current drive
低杂波电流驱动
1.
Lower hybrid current drive (LHCD) is one of the most important non-inductive heating methods in Tokamak experiment and its basic research has been done in this paper.
低杂波电流驱动(LHCD)系统是一种用于托卡马克实验装置的非感应加热方法,本文对它做了初步的研究。
6) dynamic clutter DOF
动态杂波自由度
补充资料：冲击波超压与动压