A RESPER Probe for Measurements of RESisitivity and PERmittivity - Settimi, Alessandro
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The electrical RESistivity and dielectric PERmittivity measuring device (RESPER) for non-invasive investigation of media is an exploiting electrical induction by means of capacitive coupling with media as terrestrial soils and concretes. The device utilizes a four-electrode probe to inject a radio frequency into a medium and register an induced current. Complex transfer impedance can be determined from a ratio between a potential measured across two electrodes, and an induced current flowing in the medium. Electrical parameters of resistivity and permittivity characterizing the medium can be…mehr

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Produktbeschreibung
The electrical RESistivity and dielectric PERmittivity measuring device (RESPER) for non-invasive investigation of media is an exploiting electrical induction by means of capacitive coupling with media as terrestrial soils and concretes. The device utilizes a four-electrode probe to inject a radio frequency into a medium and register an induced current. Complex transfer impedance can be determined from a ratio between a potential measured across two electrodes, and an induced current flowing in the medium. Electrical parameters of resistivity and permittivity characterizing the medium can be established from the transfer impedance, using inversion formulas that also take into account the geometric ratio and position of the electrodes.
Autorenporträt
Alessandro Settimi: Electronic Engineer (2002) and Ph-D in Electromagnetism (2005) at Sapienza University of Rome; master degree in Philosophy (2006) at Pontificia Università Gregoriana (PUG) of Rome. Contract researcher at Istituto Nazionale di Geofisica e Vulcanologia , Rome. Now, he researches on ray tracing of radio waves in ionosphere.