Dependence of Temporal Diffusion Spectroscopy on Axon Size in White Matter Tracts of Rat Spinal Cord

Keywords

allows analytically applied approximately approximation arrays assumed axon axons behavior biological blue buffer buffered capable capture cervical characterize coefficient coefficients computer consistent cord cosine cylinder cylinders days decreases defined dependence dependent deviations diameter diameters differentiating diffusion diffusivity disperse disperses dispersion distributions duration effective emphasized evenly expressed fast finite fixed fraction frequencies frequency function geometries gore gradient gradients green grid hence hexagonal immediately implies indicator inside institute intrinsic invasive investigate john larger least length linear linearly long male mark matrix measure measuring modeled modulated namely note numerical oscillating overlaid parallel perpendicular phosphate placed possibility potentially prediction preparation press prior pulsed purple qualitatively quantitatively ranging rats relatively require requires saline sample samples scanning science sections sensitive sensitivity short significantly simplifies simulated simulation slice smaller solution spectra spectroscopy spectrum spin spinal still structure suggested system temporal theoretical theory tissue tissues tracts transverse turn typical valid various volume washed water waveform white yield yields