An in vivo Study on Fast PRF Temperature Imaging Based on Compressed Sensing: an Alternative Approach to Monitor RF Safety?

Keywords

ablation absorption abstract accelerated accordance accuracy accurately addition advanced almost alternative analyzing another arbitrarily authors basis begins believe better bioengineering body cause challenges channel coefficient coil compressed conduction conjugate considering constrained contrast cost created cross damage denotes designed direct distribution dramatic effectiveness electrical engineering ensure error errors evaluate exclusively expected experiment fast feasibility feasible feature focused forearm frequency fully function funding good gradient grid guided guidelines hard heating human important in vivo integrated intended interleaved invasive iteration iterative local many mapping mark mask measure measured middle minimization model monitor monitoring operator parallel part patient patterns peak peaks position potential practice predicted predicting prevent propeller proportional proposed proton radiology rapidly reconstructed reconstructing reconstruction reformulating required reserve resolution retrospectively running safety sampled sampling schemes sensing serve serves slice slices smooth solve space spin squares strategies strategy suggesting support temperature thank theory thermal tissue trajectories trajectory typically ultimately unobtrusively upper utilized variations western wise written zero