Impact of Frequency Drifts During PROPELLER-EPI Measurements

Keywords

acquisition actual adding adjustment alternatively appears application applies approaches approximated around artificial bandwidth becomes best blade blades blurring calibration cause caused central choice chose combined compensation conceivable consecutive corrected correcting correction demanding dependent depends describes details determine diagnostic diffusion directly distinguishable distortions drift drifts duration easily elements encoding enough ensures evaluate even excitation exhibit extended extract field free frequency geometric give gradient heating immediately impact importance imprecise in vivo individual insufficient known last lasting linear long maps martin mass matrix measured measures mechanical medical millimeters model motion narrow observe occur occurring offset orientation oriented overlapping parallel particular periodically physics planar possibility presence propeller proper radiology reach readout reconstructed reconstruction registration removes repetition represent resolution resolutions rotated scanner series session sets settings several severe shim short simplest since slice sliding slightly space spatial still strength strong stronger structures studies subject subsequently suffer suitable system temperature template though towards trio typically vibrations visually window yielding