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In a resource limited research setting, COSI Measure makes efficient use of laboratory space, financial resources and collaborative efforts. Due to its open source nature and versatile construction, the system can be easily modified for other applications. Magnetic field mapping of a single ring Halbach magnet, a 3.0 T and a 7.0 T MR scanner as well as temperature mapping of a radio frequency coil were successfully conducted.
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The submillimetre fidelity and reproducibility/backlash performance were evaluated experimentally. Recognizing this limitation this work presents COSI Measure, an automated open source measurement system that provides submillimetre resolution, robust configuration and a large working volume to support a versatile range of applications. This shortcoming makes any adjustment for a specified application difficult if not prohibitive. These instruments frequently share in common that they are costly and typically employ closed proprietary hardware and software. To meet this goal a broad spectrum of commercial measurement systems has been made available.
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Advancing clinical science, research and technology of MRI requires high fidelity measurements in quantity, location and time of the given physical property. Magnetic resonance imaging (MRI) is the mainstay of diagnostic imaging, a versatile instrument for clinical science and the subject of intense research interest.