Effect of Electromagnetic Soil Parameters on Early-Time GPR Signals
Elena Pettinelli, G. Vannaroni, Barbara Di Pasquo, S. Bravi, Enrico Mattei, Alberto De Santis, David Redman, Peter Annan
Abstract
Elena Pettinelli, G. Vannaroni, Barbara Di Pasquo, S. Bravi, Enrico Mattei, Alberto De Santis, David Redman, Peter Annan
Abstract
In the present work, a comparison between Time Domain Reflectometry (TDR) and Ground Penetrating Radar (GPR) measurement on a test site is performed. The finale scope of the experimental study was to explore the possibility to develop a new approach to water content estimation, based on the analysis of the GPR early-time response. Instantaneous amplitude signal of the first 8 ns have been compared with electrical parameters (and dc) extracted from TDR measurements. The tests were conducted in a specifically designed site, in which the soil water content could be varied. The results show a good correlation between the GPR instantaneous amplitude data and soil electromagnetic properties.
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In the present work, a comparison between Time Domain Reflectometry (TDR) and Ground Penetrating Radar (GPR) measurement on a test site is performed. The finale scope of the experimental study was to explore the possibility to develop a new approach to water content estimation, based on the analysis of the GPR early-time response. Instantaneous amplitude signal of the first 8 ns have been compared with electrical parameters (and dc) extracted from TDR measurements. The tests were conducted in a specifically designed site, in which the soil water content could be varied. The results show a good correlation between the GPR instantaneous amplitude data and soil electromagnetic properties.
Key concepts: Ground-penetrating radar, Reflectometry, Time domain, Amplitude, SIGNAL (programming language), Test site, Radar, Remote sensing