Ultra-Fast Steady State Free Precession & Its Application to in vivo 1H Lung Imaging

Keywords

achieved address allowed allowing amplitude angiography application applications applied artifact artifacts asymmetric balanced band banding blue body bottom breath clinical close coils commonly complicated contrast convex coronal degradations dimensional division dotted durations echoes eddy either enhanced equally equipped even exceptional excitation exploiting falls fast free full fully function generally gradient gradients green hard hold hospital human in vivo inducing intensity interfaces isotropic limit lung materials matrix middle might minimal minor mitigate moments neat nerve nuclear oliver optimization orientation overall paired partial pass peripheral physics pixel position powerful precession problem projection promising proposed protocol protocols pulses pushed radiological radiology ranging readout recently reconstructed reconstruction reduced reduction referred refers related repetition represent resolution resolutions respectively robust sample sampling scientific seems selective sets severe shielded short slew slice smooth spatial speed spin spoiled steady strong structural successfully sufficient susceptibility symmetric system targets tissue tissues towards trajectories transversal transverse turbo ultra variations volume whereas whole yellow yielding