Journal Title
Title of Journal: Sci China Phys Mech Astron
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Abbravation: Science China Physics, Mechanics & Astronomy
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Publisher
Science China Press
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Authors: Na Zhao PeiMin Zhu KeSi Yang YueFeng Yuan ShiLi Guo
Publish Date: 2014/10/17
Volume: 57, Issue: 12, Pages: 2346-2353
Abstract
The Lunar Penetrating Radar LPR carried by Chang’E3 has imaged the shallow subsurface of the landing site at the northern Mare Imbrium The antenna B of the Channel2 onboard the LPR LPR Channel2B has collected more than 2000 traces of usable raw data Because of the low resolution and noise of the raw data only a few shallow geological structures are visible To improve the resolution and the signaltonoise ratio of the LPR data we processed the LPR data including amplitude compensation filtering and deconvolution processes The processing results reveal that the data processing in this study not only improves the signaltonoise ratio of the LPR Channel2B data but also makes the geological structures vivid The processing results will lay the foundation for the subsequent geological interpretation and physical property inversion of lunar materials
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