首页> 外文会议>Remote Sensing of the Marine Environment; Proceedings of SPIE-The International Society for Optical Engineering; vol.6406 >A study of QuikSCAT measured backscattering coefficient data over global natural targets
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A study of QuikSCAT measured backscattering coefficient data over global natural targets

机译:QuikSCAT对全球自然目标上测得的反向散射系数数据的研究

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Spaceborne radar scatterometers operating in microwave frequency bands have several science and operational applications in Oceanography, meteorology, agricultural and geophysical sciences. The basic parameter measured by a scatterometer is the Backscattering coefficient (σ~0) for a certain frequency, polarization and observational geometry. Before addressing a specific application, it is needed that the σ~0 signatures be analyzed over natural, undisturbed and uniform/quasi-uniform target areas. As a prelude to ISRO's forthcoming OceanSat-II mission, carrying a Ku-band scatterometer, QuikSCAT scatterometer measured σ~0 data are analyzed over its dynamical range using the global natural targets.
机译:在微波频带内运行的星载雷达散射仪在海洋学,气象学,农业和地球物理科学中具有多种科学和操作应用。散射仪测量的基本参数是特定频率,极化和观测几何形状的后向散射系数(σ〜0)。在解决特定应用之前,需要在自然,不受干扰和均匀/准均匀的目标区域上分析σ〜0签名。作为ISRO即将进行的OceanSat-II任务的序幕,它携带Ku波段散射仪,使用全球自然目标在其动态范围内分析了QuikSCAT散射仪测量到的σ〜0数据。

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