Power Efficient Magnetization Inversion Using Driven Adiabatic RF Pulses

Keywords

accomplished achieve adiabatic advantage advantageous amplitude applied around axial axis azimuthal becomes better black blue capable certain circles collinear commonly component components concept conceptualized condition configuration consisted constant corrected depicted developed diagrams direct directly distance distinct dotted drawbacks driven duration durations effective efficiency efficient eliminate emphasize enable exaggerated exhibit expected experimental fast field flat form frequency full function functions generalized generate gets hence highlight imparted important include inhomogeneities initial instantaneously inversion larger like limited long longer magnetization minus modified much normalized nutates observe offset oscillations parallel part particularly path peak performance perpendicular phantom placed plots plotted plus power prepared profile profiles pulse pulses rather readily reduced reducing relatively responses robust role rotated rotation sacrificed satisfied schematic selective selectively setup several sharper short shortest silver simulations slice smaller spectral spherical squares still stretched sweep theory towards trajectories trajectory transition travels true turned undergone uniform unlike various vector vectors velocity verse version water