RT Journal Article
T1 Análisis de la geometría en profundidad de fracturas conductoras en zonas de baja permeabilidad mediante tomografía eléctrica (El Berrocal, Sistema Central Español)
T1 Analysis of the geometry in depth of conductive fractures in zones of low permeability using electrical tomography(El Berrocal, Spanish Central System)
A1 Muñoz Martín, Alfonso
A1 Olaiz Campos, Antonio
A1 Vicente, Gerardo de
A1 Antón, Loreto
A1 Elorza, F. J.
A1 Vicente, Raquel de
AB The groundwater flow in zones of low permeability, as granites, is mainly associated with zones of fracture.For this reason the characterization of the fractures is fundamental, both in surface as in depth, and mustintegrate geological information (geological mapping, structural analysis), geophysics (mainly electricaland electromagnetic methods) and geochemistry (radon and others gases) with hydrogeology. In this workwe analyze the geophysical response of a strike-slip fault zone by means of three 2D resistivity models. Theobjective is to investigate the presence of several conductive zones and their geometry in depth. Theobtained results allow to control the geometry in depth of the fractures, the gaps between the differentmapped traces along the fault zone as well as the thickness of landfill. All this information will be useful forthe hidromechanical simulation of the massif, and to check the geometry and gas permeability calculatedfrom emanometry
YR 2007
FD 2007
LK http://hdl.handle.net/10272/8392
UL http://hdl.handle.net/10272/8392
LA spa
DS Repositorio Institucional de la Universidad de Huelva
RD 30 may 2026