Abstract #0853
3D-printed RF coils for solution-state NMR: Towards low-cost, high-throughput arrays
R. Adam Horch 1,2 and John C. Gore 1,2
1
Department of Radiology & Radiological
Sciences, Vanderbilt University, Nashville, TN, United
States,
2
Vanderbilt
University Institute of Imaging Science, Nashville, TN,
United States
3D printing with selective metallization is demonstrated
as a new means to fabricate RF coils for solution-state
NMR. Current capabilities allow construction of mm-scale
solenoids with integral sample chambers for
self-contained NMR probes, and 3D-printed microcoils are
imminent given ongoing advances in technology. The
unique properties of 3D printing enable facile
construction of potentially thousands of coils at low
cost, giving way to large coil arrays for
high-throughput NMR and novel coil geometries.
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