Increasing the Sensitivity of Temporal Diffusion Spectroscopy with Circularly Polarized Oscillating Gradient Spin Echo

Keywords

acquisition acquisitions addition adjusted amplitude animals apparent appear applied approved axis benefit blue brain cells cerebellar cerebellum circular circularly clinical colored colors combination components conditions consistently consortium contrast correspond cosine creates creating decreased decreases densely dependence design differentiation diffusion diffusivity distributed double drawn effective eigenvalues ended every excised excitations experiment experimental fitting fixed formalism free frequencies frequency future gradient gradients granular green hall hours human improved improves increasing introduce largest layer layers length linear making maps matrices matrix measured minor mixing model moderate modulated molecular noise noisy normalized noted numerical orientations oriented orthogonally oscillating oscillation overall packed performance perfusion polarized potential prepared procedure procedures protocols pulsed pulses quality rapidly reconstructed registered relevant rendering renders repeated respectively restricted restrictions scanner short simulated simulation slice software space spacing spectroscopy spin strength strengths substitute supports systems table technologies temporal tensor tissue train trajectories trajectory trapezoidal twice uniformly variance variations vectors visible wave waveform white