Near Surface Geophysics · 2005 · 34 citations · 4 references
Natural SciencesArchaeologyGeophysicsHeritage SurveyRemote SensingSurveyingArchaeological GeophysicsArchaeological SurveyGeophysical Data ProcessingGeophysical Signal ProcessingGround-penetrating RadarRemote Sensing In ArchaeologyArchaeological ProspectionGeophysical ProspectingGeophysical ProspectionGround-penetrating Radar SensingGround-penetrating Radar SurveysNon-invasive Archaeological SurveyPenetration DepthVertical Resolution
ABSTRACT Among the different geophysical prospecting methods applied in archaeology, ground‐penetrating radar is one that still requires a lot of time to carry out field recordings. A duo‐antenna configuration is proposed that will halve the time needed in the field. Tests have shown that this can be done without any interference between the two antennae. The signals from different antennae do not have the same characteristics and the spectrum and amplitude of the traces are not the same. The use of spectral whitening and energy matching for adjacent traces or samples makes the data sets as similar as possible to allow for unperturbed time‐ or depth‐slices. As a side effect, spectral whitening enhances the vertical resolution and penetration depth of the method.
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Well log and seismic data analysis using rock physics templates
Per Avseth, E. Ødegaard · First Break · 2004 · 192 citations
Ralf Birken, Douglas E. Miller, Maclyn Burns et al. · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 2002 · 24 citations