We propose an electrical triple-layer model (TLM) to describe the electrochemical properties
of clay minerals. This model includes a speciation model of the active crystallographic …

Accurate map** of the electrical conductivity and of the redox potential of the groundwater
is important in delineating the shape of a contaminant plume. A map of redox potential in an …

The electrical potential field passively recorded at the ground surface of the Earth (and
termed self‐potential) can be analyzed to determine the shape and the depth of the …

The flow of groundwater during a pum** test experiment is responsible for a measurable
electrical field at the ground surface owing to the electrokinetic coupling between the Darcy …

ERT and SP investigations were conducted in carbonate rocks of the Dinant Synclinorium
(Walloon Region of Belgium) to find suitable locations for new water wells in zones with little …

Geoelectrical prospecting techniques have been applied in the study of the Varco d'Izzo
landslide, one of the most interesting of its type. It is characterized by a rototranslational …

Geophysical methods can be used to remotely characterize contaminated sites and monitor
in situ enhanced remediation processes. We have conducted one sandbox experiment and …

We propose an algorithm to invert self‐potential signals measured at the ground surface of
the Earth to localize hydromechanical disturbances or to the pattern of groundwater flow in …

The self‐potential (SP) method has long been used for a variety of geophysical applications
because of its ease of acquisition, but has suffered from difficulty in interpretation of the data …

We invert self‐potential data in order to locate anomalous water flow pathways in dams and
embankments and to estimate the seepage velocity. The inversion of the self‐potential data …