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Showing 1 to 6 of 6 for “"magnetic induction tomography"”.
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Instrumentation for low-conductivity magnetic induction tomography
Magnetic Induction Tomography (MIT) belongs to a group of techniques for the non invasive imaging of the passive electrical properties of objects which also includes Electrical Impedance Tomography (EIT). In MIT, arrays of coils are employed to induce eddy currents within an object and to detect …
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Parallel Image Reconstruction Systems for Magnetic Induction Tomography
Magnetic Induction Tomography (MIT) is a contactless and non-invasive method for imaging the passive electrical properties of objects. An MIT system employs an array of excitation coils in order to induce eddy currents within an object and then uses detection coils to measure the resulting magnetic …
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A Study on High-Speed Magnetic Induction Tomography Instrumentation Aiming at Low Conductivity Applications
Magnetic Induction Tomography is a contactless imaging technique which uses a coil array to induce eddy currents to a conductive object and detects the secondary magnetic field containing the conductivity information. Magnetic Induction Tomography instrumentation for low conductivity applications …
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Design and characterization of the measurement electronics for a magnetic induction tomography imaging system
A data acquisition transceiver circuit for magnetic induction tomography (MIT) has been developed. MIT is a type of tomography technique that is sensitive to the conductivity of objects, and which can be used in both industrial and biomedical applications. A detailed design process of the MIT …
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Development of a digital signal processing measurement platform for biomedical magnetic induction tomography and spectroscopy
Magnetic Induction Tomography (MIT) is a non-invasive technique that utilises the passive electrical properties of a material to produce cross-sectional images. In MIT system, the signals detected by the sensors must be measured using a phase sensitive technique. A sub-millidegree phase stability …