Novel 2DRF Optimization Framework for Spatially Selective Rf Pulses Incorporating B1, B0 and Variable-Density Trajectory Design

Keywords

able according account accrued accuracy achievable achieve acquisition actual additional allows analytical analytically applications appropriate approximation artifacts assessed assuming biomedical bottom bubble calculation challenging combined compensate compensation complex conducted correct corrected correction date decreased deformation density design designed designing desired dieter distortion distortions distribution domain done driven duration encoding engineering equations error errors evaluated excitation experiment experimental fast field firstly framework functional gain gains geometric ghosts gradient homogeneity impact improve improved improvements improves incorporating incorporation informatics inhomogeneous institute intensity introduced known linear lobes long magnetization magnitude maps matched minimization modulation motion near novel numerically optimization optimized outperform partially pattern performance phantom practice presence prevailing prior problem properties proposed pulse pulses quite recently rectilinear reduced reducing regime resolution respect scaling scheme schemes secondly selective severe shape shaped shot side significantly simulated simulation simulations solved space spatial spatially square steps still strong studies susceptibility system tackle taking target trajectory transmit variable weak widely