Evaluation of 2DRF Echo-Planar Pulse Designs for Parallel Transmission

Keywords

ability able accelerate acceleration according account accrued achieved acquisition addition additional adjusts amongst analytical analytically analyzing benefits biomedical blipped brackets brief bubble channel channels circular compensate conducted correct decreased deformation degree density dependence depicted design designed designs dieter domain done driven dual elsewhere enable encoding engineering error errors evaluated evaluation even excitation excited experimental extension fast field finally firstly framework freedom gain generally geometric gradient highlight ideal imperfections implemented improve improvements incorporating incorporation independent informatics inhomogeneities inhomogeneity institute intensive introducing latter likely lobes majority maps meeting mitigated mitigation mode noise normalized novel offers ones opportunity optimization optimized others outperform parallel pattern performance phantom planar polarized precisely proper proposed pulse pulses pursues quality rectilinear redundancy regarding regime resolution respective respectively reveal root scheme secondly selective setting setup side simulated simulation simulations slice space spatial spatially spiral square stepwise strong studies successfully superior susceptibility system taking terms trajectories trajectory transmission transmit variable variably