Quantitive Proton Resonance Frequency Imaging Using Fast Multi-Echo Gradient-Echo

Keywords

accurately aforementioned anatomical appears applied artifact artifacts assumption background backgrounds basis belong boundary brain bright cancer cerebral changing chemical choosing coding color colors common component components computing considered constructed content contrast contributions convex corrected dark defined detect detection developed diagnostic dipole disease dominant enforcing extracts extreme false fast feasibility field filtering finding fits frequency functions future generated good gradient gradients gray guided harmonic head healthy hemorrhage heuristic homogeneities homogeneous influential initial insufficiently intend interfaces introduce local make maps masks minimization model near necessary next noise noisy novel optimization outside panel peak phys physical picture pixel pixels polynomials preserved problem procedure projecting projection prominent properties proposed proton quantitative radiology rapidly read regularization related relatively removal remove removed restorations scanner scientific sclerosis seem separate shading sharp shimming skull spacing sparse sparsity spins stage structure structures suppressed suppression surrounding susceptibility technologies theorem tissue traumatic type types useful variations visible volunteer white width window wrapping