Efficient Concomitant Field Artifacts Reduction Using a Hybrid Space-Frequency Domain Formulism

Keywords

accurately advantages alternatively amplitude applied arbitrary artifacts becomes beginning best black blue brain calibrated capture cause coil coils compatibility component computational concomitant condition considering consists constant constraint contrast coordinate coordinates corrected cost curve cyan define denotes density describe describing description desired detectable distortion distributed distribution domain dynamics efficient either encoded encoding equation even expected experiment experimental fast field fields formalism frequency full function generated geometry gradient gradients grid horizontal hybrid ideal initial integration interpolated inverted lighter linear local location longer loss magnetization magnetizations matrix metal minimize national neglected neighboring nonlinear numerical objects orange parallel part particularly perpendicular pick polarizing potential practically precession prior procedure projected propose quantitative read real reconstructed reconstruction reconstructions reduces reduction regularization related relationship repeated sensitivity simulated simulation solve solver space spatial spatially specifically spin stages step steps strength strong subsequently sweep takes taking together traditional transform transformed tuned ultra uniform unit useful variations vector vectors whole whose