Prospective Motion Correction Using NMR Probes.

Keywords

accuracy acquisition allow amount anterior applied artifacts artificial attainable axial axis body bottle built capacitors capillary characterization circuit circumvents coil compensation connected consisted contained copper correction degrade demodulation demonstrating development diameter doped effective employed enameled encodes encoding error estimation even every excitation excitations expected extracted fiberglass field fields foot frequency fully gadolinium geometry glass gore gradient head improvement individual input inside instabilities interrogation involved known long marker matched matching matrix millimeter module motion mounted nuclear object orientation performance phantom phantoms placed position positions posterior precision probe probes projection projections prospective prospectively quality radiological radiology readout real recalled receive received receiver recently reduce reflected remainder replicate reported requirements resolution resonant rigid rotation rotations scanner selective serve setup shielded shielding simulate simulated simulation slice solenoid sources space squared successfully synthetic synthetically system systems though tool translation translations transmit tube tuning ultra unused unwieldy update updated updating useful validate validation valuable volume whole wire