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Multi-nuclear radio-frequency (RF) coils at ultrahigh field strengths arechallenging to develop due to the high operating frequency, increasedelectromagnetic interaction among the coil elements, and increasedelectromagnetic interaction between the coils and the subject. In this work, atriple-nuclear surface coil for 1H, 13C, and 31P for small animal metabolicimaging at 14.1 T is built by nesting three surface coil geometries: alumped-element L-C loop coil, a butterfly coil, and a microstrip transmissionline (MTL) resonator. The loop coil, butterfly coil, and MTL are tuned to 31P,13C, and 1H, respectively. The successful bench tests and phantom imaging withthis novel triple-nuclear coil demonstrates the feasibility of the design fortriple-nuclear MR imaging and spectroscopy studies at the ultrahigh field of14.1 T. In particular, the microstrip transmission line resonator demonstratesexcellent coil performance for proton imaging at 600 MHz, where conventionallumped-element design is limited.

A Compact Planar Triple-Nuclear Coil for Small Animal 1H, 13C, and 31P Metabolic MR Imaging at 14.1 T