Keywords: Low-Field MRI, Low-Field MRI, X-nuclei
Motivation: Our project aims to refine MRI technology for a specific clinical purpose, focusing on a double-resonant coil design. This innovation bridges knowledge gaps and enhances diagnostic precision.
Goal(s): Our goal during the current semester is to create a double-resonant coil for MRI experiments on fluorine and protons. Achieving this involves circuit design and hardware construction.
Approach: Our approach includes capacitor and inductor integration, two separate output channels, and the development of essential hardware for signal acquisition using a didactic low field MR system.
Results: The design allows us to measure T1 and T2 relaxation times and enables us to perform imaging as well.
Impact: With the coil we performed proof-of-principle fluorine and proton measurements in a didactic low MR-system. It can be used to investigate samples with 1H and 19F without moving the sample. The non-proton channel can be tuned to other x-nuclei frequencies.
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