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TanDEM-X Tandem-L: Setting Benchmarks in Radar Remote Sensing

机译:tandem-x&tandem-l:在雷达遥感中设置基准

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The operation of two SAR satellites flying in close formation enables bistatic operation allowing for highly accurate single-pass interferometry. TanDEM-X has been operationally demonstrating this novel technique since 2010. With a typical separation between the TerraSAR-X and TanDEM-X satellites of 120 to 500 m a global DEM with 1 m height accuracy at 12 m posting has been generated. Final DEMs are of consistent homogeneous quality and well within specifications. Tandem-L, a proposal for an innovative L-band SAR mission, is also employing bistatic interferometry aiming at the systematic observation of dynamic processes on the Earth's surface. Thanks to the novel imaging techniques and the vast recording capacity of up to 8 Terabytes/day, it will provide vital information for solving pressing scientific questions in the biosphere, geosphere, cryosphere, and hydrosphere and will make an essential contribution for a better understanding of the Earth system and its dynamics.
机译:两个SAR卫星在近距离形成的SAR卫星的操作使双面操作能够允许高度精确的单通干涉测量法。 TANDEM-X已自2010年以来一直在运行展示这一新颖技术。在120至500米的Terrasar-X和TANDEM-X卫星之间具有典型的分离,在12米的张贴下,在12米处具有1米的全局DEM。最后的DEM是一致的均匀质量,并在规格范围内。 TANDEM-L是一个创新的L频段特派团任务的提案,也采用了双面干涉测量,旨在系统地观察地球表面的动态过程。由于新颖的成像技术和众多录音能力,可达8塔/天,它将提供求解生物圈,地理学,冰屋和水圈的压制科学问题的重要信息,并将为更好的理解做出重要贡献地球系统及其动力学。

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