1) donor migration
施主徙动
2) electromigration
电徙动
1.
EBSD analysis of the microstructure of al interconnects and their electromigration reliability;
A l互连线微结构的EBSD分析与电徙动可靠性
2.
Microstructure and Stress of ULSI Cu Interconnects and Their Impacts on Electromigration;
ULSI铜互连线微结构与应力及其对电徙动影响的研究
3.
The sample temperatures were tested in the metallization electromigration experiment.
在金属化布线电徙动试验中，采用金属薄膜电阻测温法精确测量了样品的局部温度，在环境温度为150℃，电流密度为3×106A／cm2和5×106A／cm2时，金属薄膜温度分别高于环境温度32。
3) range migration
距离徙动
1.
The algorithm uses the SAR range migration to resolve the PRF ambiguity by searching for a PRF-ambiguity number that minimizes the intensity contrast in the range-Doppler domain.
利用SAR所固有的距离徙动(range m igration,RM)现象的性质,通过搜索使距离D opp ler域(range-D opp ler,R-D)信号强度对比度最小的D opp ler中心模糊数,就能实现解模糊。
2.
Chaotic binary code signals were introduced in Synthetic Aperture Radar(SAR),and by taking range migration into account,point target imaging and anti-deception jamming were simulated.
将基于logistic映射的混沌二相编码信号引入合成孔径雷达(SAR),在考虑距离徙动的情况下,对点目标成像和反欺骗干扰进行了仿真。
3.
The method can perform range migration correction by using the statistical property of the signal in the range-doppler domain without any information about SAR platform motion,leading to a better accuracy of traditional auto-focusing methods,and further,the PRF-ambiguity can be resolved.
该方法可在雷达运动参数未知的情况下,利用距离多普勒域信号的统计特性,实现距离徙动校正,提高传统自聚焦方法的精度,进而实现解多普勒模糊。
4) migration(animal)
迁徙(动物)
5) range cell migration
距离徙动
1.
Fast algorithm for airborne SAR range cell migration correction;
一种机载SAR距离徙动修正的快速算法
2.
Taking point target imaging of airborne side-looking SAR as an example, the range cell migration in the SAR echo signals is analyzed and three types of interpolation algorithms:nearest neighbor approximation,Lagrange interpolation, and sinc function interpolation are studied in this essay.
在SAR的回波数据的成像处理中,距离徙动是影响二维压缩成像聚焦效果的重要因素。
6) migration dynamic
迁徙动态
1.
The structure of avian community and migration dynamic of main groups.
唐海湿地鸟类群落结构特征及主要类群的迁徙动态。
补充资料：窜徙
1.逃散。 2.流放;放逐。
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