Titlebook: Civil Engineering Applications of Ground Penetrating Radar; Andrea Benedetto,Lara Pajewski Book 2015 The Editor(s) (if applicable) and The

fetter

GPR Data Processing Techniqueseresting application of GPR in the field of civil engineering. In particular, we present an overview on noise suppression, deconvolution, migration, attribute analysis and classification techniques for GPR data.

無(wú)畏

流動(dòng)才波動(dòng)

ELUC

Patrick Michel,Adam Possamai,Bryan S. Turnerent part of any GPR structural study necessary for correct depth determination or amplitude interpretation. As a result of the review major directions of research are highlighted and some benefits and limits of different approaches are described.

sorbitol

Staatlich-kirchliche Einrichtungen,for designing radar antennas, they are particularly powerful for fast and accurate modeling, which is a prerequisite when full-wave inversion is applied, e.g., for estimating medium electrical properties. These approaches are also of great interest for filtering out antenna effects from measured radar data for improved subsurface imaging.

整頓

plasma

白楊魚

Inspection Procedures for Effective GPR Sensing and Mapping of Underground Utilities and Voids, withting in cost effective installations. In that frame, this paper presents some studies showing the GPR performances and limitations, from single-channel systems to the potential of multi-channel 3D imaging and integrating systems.

密切關(guān)系

Effective GPR Inspection Procedures for Construction Materials and Structuresent part of any GPR structural study necessary for correct depth determination or amplitude interpretation. As a result of the review major directions of research are highlighted and some benefits and limits of different approaches are described.

行業(yè)

Development of Intrinsic Models for Describing Near-Field Antenna Effects, Including Antenna-Medium for designing radar antennas, they are particularly powerful for fast and accurate modeling, which is a prerequisite when full-wave inversion is applied, e.g., for estimating medium electrical properties. These approaches are also of great interest for filtering out antenna effects from measured radar data for improved subsurface imaging.