Multi-Slice N-Fold Acceleration with Scalable Digital Transmit and Receive Systems

Keywords

acceleration acquisition added adjusted amplitude another around assuming away axial axis barely biophysics board bottom brain built card causing channel chip clock clocks close coherency coil college complex computation computer concluded configuration connectivity contained converter cores courses create created creates critical custom described design detection digital driver duration eight elements encoding encountered envelope equations equipment even evident exceeding excitation excitations excite exciter experiment farther ferrite filter fold formed frequencies full ghost goal gradient impedance independent instruments intermediate interpolation inverse least length longer made magnet magnitude matching medical miniature mode model modulating modulator moving much needed noise nonlinearities output overall overview phantom placed planar proceedings process profiles pulse pulses quality radial real receive receiver reconstructed reduce required resolution rise river room saddle sampling saturated scalable scale scanner sense separated slice slices spectral spurious stair step system systems tagging tailored timing tornado transformers transmit triggers twenty unanticipated unselected upper versus visible volumetric waveform