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DOI:10.1155/2016/3951486 - Corpus ID: 56357565
@article{Giampaolo2016TransportPI, title={Transport Processes in Porous Media by Self-Potential Method}, author={Valeria Giampaolo and Daniela Calabrese and Enzo Rizzo}, journal={Applied and Environmental Soil Science}, year={2016}, volume={2016}, pages={1-12}, url={https://api.semanticscholar.org/CorpusID:56357565}}- V. Giampaolo, D. Calabrese, E. Rizzo
- Published 26 January 2016
- Environmental Science
- Applied and Environmental Soil Science
A controlled diffusion/infiltration column experimental activity was carried out with the aim of monitoring the leakage of a salty water plume by time-lapse self-potential (SP) measurements. In particular, three tracer tests with different NaCl concentrations (6.00, 1.00, and 0.25 g L−1) were performed and all the measured SP signals showed a sharp reduction corresponding to the arrival of saline front with negative electrical potential values (− mV, − mV, and − mV) which decrease with…
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53 References
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Environmental Science
Self‐potential monitoring (SPM) is one of the most promising geophysical methods for hydrologic applications, since any change in subsurface water flow, chemistry, or thermodynamics can induce an…
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We test the ability of the self‐potential method to provide information that can be used to invert the permeability and the dispersivities of a porous material. We first formulate the semi‐coupled…
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Environmental Science, Geology
An infiltration test was performed from a ditch with the purpose of monitoring the evolution of the piezometric levels using self‐potential measurements made at the ground surface. We used a set of…
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Environmental Science, Geology
[1]The constitutive coupled equations describing ionic transport in a porous shale are obtained at the scale of a representative elementary volume by volume averaging the local Nernst-Planck and…
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Environmental Science
[1]In this paper, we report on a series of experiments aimed at testing the possibility of detecting concentration or pH fronts advected through a well-controlled, laboratory-scale, artificial…
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Electrokinetic phenomena are responsible for several electrical properties of fluid-saturated porous materials. Geophysical applications of these phenomena could include the use of streaming…
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Geology, Environmental Science
We measured the self‐potential (SP) response to advective transport of KCl concentration fronts through two laboratory‐scale sand‐bodies with different mineralogical composition. In pure quartz sand,…
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Laboratory experiments are performed to understand the controlling parameters of the electrical field associated with the seepage of water through a porous material. We use seven glass bead packs…
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