Improving Slab Excitation by Parallel Transmission

Keywords

ability absorption achieve achieved allow allowing amplitude applicable application applied appropriate arises assumed basic better blue body changing channel choice chosen coil constant critical cross curve curves decreases degrees depending described desired dimensional dimensions discretization duration easily eight element elements equation error excitation excite excited framework freedom full future general global green hamburg homogeneity important improve improves improving incorporated independent individual individually inlay inversion investigated investigates involved linear local model normalized optimal optimum outperform parallel part particularly pattern performance peter power profile profiles proposed pseudo pulses quadrature realistic reduce reduced reduces reduction regional regularization regularized related required respectively rest root saturation scenario section selective sense sensitivities sensitivity shall shimming shorten simulated since slab slabs slice slope slopes solid solved spatial spatially square steps studies summarizing synthetic system tailored target theory timing trade transformation transmission transmit transverse typically usually variation variations volume whole yields