Numerical Simulation of DMRI Signals in a Complex Tissue Model

Keywords

addition assume audience behavior biological blocked boundary brain cells cellular cerebral certain close coefficients combination compartment compartments computational conditions conservation consider consisted consistent consisting contained continuously coordinate cortex coupled cross cylinder cylinders cylindrical decrease decreases describe diameter diffusing diffusion dimensions distance duration earlier elusive entire equation experimental explain exponential extra extracellular faces fact field findings finite fitted five fraction function future geometrical give goes gradient highest hope impose in vivo includes infinitely integral intensity interface intra intrinsic kurtosis larger link lowest magnetization mainly mass measure medium meshes microns mimic model modeling models molecules near neurons normalized numerical numerically observe occupied often oriented part partial percent periodic periodically permeabilities permeability permeable phys placed plan plot polynomial profile pseudo pulses randomly relatively researchers respectively review sample several shapes sharply shorter side simulate simulated simulation simulations slight slightly slowly smaller solving space spatial spherical starts steady structure taking targeted tissue tissues useful various volume water whereas