Developments in repeat pass interferometric radar for Earth and planetary sciences

P. Rosen
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引用次数: 5

Abstract

Repeat pass radar interferometry has developed into a wide ranging geodetic and change mapping tool from space. For large areas of the Earth, and for numerous applications that demand more persistent monitoring, the true potential of the repeat pass technique remains largely untapped. While the research community has made enormous strides in extracting as much information as possible from existing data sets, fundamentally new observing systems are needed for breakthroughs in a number of areas. Repeat pass interferometry techniques applied on missions to the terrestrial planets, Earth's Moon and the icy moons of Jupiter can reveal new insights in to the history of the surface and near subsurface.
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地球和行星科学用重复通道干涉雷达的发展
重复通道雷达干涉测量已经发展成为一种广泛的空间大地测量和变化测绘工具。对于地球的大片区域,以及需要更持久监测的众多应用,重复传输技术的真正潜力在很大程度上仍未得到开发。虽然研究界在从现有数据集中提取尽可能多的信息方面取得了巨大的进步,但从根本上说,要在许多领域取得突破,还需要新的观测系统。重复通过干涉测量技术应用于类地行星、地球的月球和木星的冰冷卫星的任务中,可以揭示地表和近地下历史的新见解。
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