Development of a planetary georadar prototype with agile beam (AGILE)

M. Biancheri-Astier, A. Saintenoy, V. Ciarletti
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Abstract

We present the project of developing a radar system presenting agility resulting from a great versatility in the emission of the wavefront. The idea is to build a system using an array of antennas that can automatically reconfigure itself to focus its radiance on a desired target. This new microwave sensor is intended to detect and characterize a target buried in a medium that can be inhomogeneous in various fields like geophysics, medical, planetology, .... The aim is illustrated by analytical simulations using the DORT method. The instrumental developments are described, with numerical validations of the principle of misalignment of the antenna beam. The project emerged after a CNES R&T study for modify the prototype of WISDOM radar.
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带敏捷梁的行星地质雷达样机研制
我们提出了开发一种雷达系统的项目,该系统由于波前发射的多功能性而具有灵活性。这个想法是建立一个使用天线阵列的系统,该系统可以自动重新配置自身,将其辐射集中在期望的目标上。这种新型微波传感器旨在探测和表征埋在介质中的目标,这些介质可能在地球物理学、医学、行星学、....等各个领域都是非均匀的利用DORT方法进行了分析仿真,说明了这一目的。描述了仪器的发展,并对天线波束的失调原理进行了数值验证。该项目是在CNES R&T研究修改WISDOM雷达原型后出现的。
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