Optimization of 1D RF Pulses with Parallel Transmission

Keywords

abdominal ability according achieve achieved acquisition adjusting aiming anterior applicable application applied appropriate arises assumed axis bars best better blue cardiac changing channel channels concept constant coronal correspond correspondingly critical cross curve degrees designed desired developed dimensional dimensions discretization dream dual duration easily element elements equation error examples excitation excitations excite excited exemplary framework freedom full future general global green hamburg heart improve in vivo incorporated independent indicate indicated individual individually intermediate inversion investigates labels least local location magnitude mapping maps measured mode model normalized note optimization orange oriented outperforming parallel part particularly pattern performance peter posterior power profile profiles pseudo pulses quadrature recently reduce reduced reduction refocusing regional regularization regularized required respectively rest root roughly saturation scanning selective sense sensitivity shall shimming shorten since slab slabs slice solved spatial spatially square steps subsequent summarizing system tailored target theory timing trade trajectory transformation transmission transmit transverse typically ultrafast usually variations vertical volume