An Efficient Reconstruction Method for Spatially Encoded Single-Scan 2D MRI

Keywords

able acceptable accurate achieve acquisition always application applied around astronomy available bandwidth beating blurring blurry body calculation called chamberlain china column completed constructing contribute coronal corresponds counterpart decided decoding definition derivative dimensional distribution duration echoes effectiveness efficient electronics encoded encoding enough equal every excellent excitation excite executed existing fast field firstly formula forward frequency furthermore generalized good gradient great heart hybrid identical immunity importance improve improves in vivo increasing induced inferior instant instantaneous interfaces interval linear local localizes location magnetizations maintaining many matrix meeting minimize much noise novel nuclear oblique optimum origin overflow people perfect perturbation physics power probe problems procedures proceedings process produced product profile proposed protocols pulse quadratic quadrature quality recently reconstruct reconstructed reconstruction reduced refers regard republic resolution respectively restricted retrieve revised saving science sequentially series serious shape simultaneous solve space spatial spatially spin studies susceptibility swept system taking theorem theory tissue transform ultrafast validate variations various vertex window zero