The main purpose of this paper is to obtain an optimization of geoelectrical acquisition and interpretation procedure. We use an home made resistivity survey system consisting of: 1) an ac generator, 2) a receiving and acquiring unit connected through a radio-modem system, 3) a GPS unit for fast positioning of survey points. The probability tomography approach is extended to the case of a generally uneven prospection surface. Finally, we show the results of the application of the 3D resistivity tomography to the ancient town of Cuma.
3D resistivity tomography and GPS survey: the case of the ancient town of Cuma
F Colosi;
2002
Abstract
The main purpose of this paper is to obtain an optimization of geoelectrical acquisition and interpretation procedure. We use an home made resistivity survey system consisting of: 1) an ac generator, 2) a receiving and acquiring unit connected through a radio-modem system, 3) a GPS unit for fast positioning of survey points. The probability tomography approach is extended to the case of a generally uneven prospection surface. Finally, we show the results of the application of the 3D resistivity tomography to the ancient town of Cuma.File in questo prodotto:
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