Quantitative Characterization of Spatial Variations of Intrinsic Susceptibility by T1Ρ Dispersion

Keywords

acquisition affected allowing alternative although alto amplitude amplitudes analyzed apparent appropriate approximate arrays astronomy audience bead behavior black cause characterization characterize characterizing chemical clinically closely combination consisting critical curve curves decrease decreased degree depends depicts derivative derive derived described diameter diffusion dimensions direct dispersion examining exchange exhibit experiment expression fast field fields fitted fixed frame frequencies frequency gore gradient gradients highest in vivo increasing induce infer inflection influence inhomogeneities inhomogeneity inhomogeneous insights inspection intensity internal irreversibly john known labile lattice local lock locking magnetically magnitude magnitudes matrix measured mechanism mechanisms media middle much naturally noteworthy novel occur overcome packed parametric pattern periodic physics plot polystyrene potential power practical prepped press previously produces pure quantifying quantitative quantitatively quantity radiology ranging realistic reflecting relatively represents sample samples scale scales science self series sinusoidal sinusoidally spanning spatial spatially spear sphere spheres spin studies subsequently subtraction susceptibility target theoretical tissue tissues transverse useful variations varying vessel water