scatterers of light
光的散射者
seed scatterers
播种者
scatterers' field
散射者的场地
be scatterers
成为散射者
scatterers observed
观察到的散射者
scatterers moving
移动的散射者
scatterers' data
散射者的数据
scatterers' role
散射者的作用
scatterers' impact
散射者的影响
scatterers' analysis
散射者的分析
the radar detected numerous scatterers across the landscape.
雷达探测到地表有许多散射体。
we used multiple scatterers to enhance the signal strength.
我们使用多个散射体来增强信号强度。
the study analyzed the distribution of backscatterers in the area.
该研究分析了该区域内反散射体的分布。
radar systems rely on identifying and tracking scatterers.
雷达系统依赖于识别和追踪散射体。
changes in scatterers can indicate ground movement or deformation.
散射体变化可能表明地面运动或变形。
the researchers deployed several passive scatterers for monitoring.
研究人员部署了几个被动散射体进行监测。
strong scatterers reflected the microwave energy back to the receiver.
强散射体将微波能量反射回接收器。
the density of scatterers influenced the radar image quality.
散射体的密度影响了雷达图像的质量。
we categorized the scatterers based on their reflectivity properties.
我们根据散射体的反射特性对其进行分类。
the algorithm processed data from the scatterers to create a map.
该算法处理来自散射体的数据以创建地图。
natural scatterers like trees and rocks complicate radar imaging.
天然散射体如树木和岩石使雷达成像复杂化。
scatterers of light
光的散射者
seed scatterers
播种者
scatterers' field
散射者的场地
be scatterers
成为散射者
scatterers observed
观察到的散射者
scatterers moving
移动的散射者
scatterers' data
散射者的数据
scatterers' role
散射者的作用
scatterers' impact
散射者的影响
scatterers' analysis
散射者的分析
the radar detected numerous scatterers across the landscape.
雷达探测到地表有许多散射体。
we used multiple scatterers to enhance the signal strength.
我们使用多个散射体来增强信号强度。
the study analyzed the distribution of backscatterers in the area.
该研究分析了该区域内反散射体的分布。
radar systems rely on identifying and tracking scatterers.
雷达系统依赖于识别和追踪散射体。
changes in scatterers can indicate ground movement or deformation.
散射体变化可能表明地面运动或变形。
the researchers deployed several passive scatterers for monitoring.
研究人员部署了几个被动散射体进行监测。
strong scatterers reflected the microwave energy back to the receiver.
强散射体将微波能量反射回接收器。
the density of scatterers influenced the radar image quality.
散射体的密度影响了雷达图像的质量。
we categorized the scatterers based on their reflectivity properties.
我们根据散射体的反射特性对其进行分类。
the algorithm processed data from the scatterers to create a map.
该算法处理来自散射体的数据以创建地图。
natural scatterers like trees and rocks complicate radar imaging.
天然散射体如树木和岩石使雷达成像复杂化。
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