Monte Carlo Simulation of White Matter as a Composite Porous Medium

Keywords

adapted adjust allow allows analytical anisotropy array arrays axons bath biological boundaries bulk capture cellular characteristics clinical clinically closer coated coefficient coefficients composed composite compute concentration concentrations confined context contribute coordinate core cylinder cylinders dashed decreased defined described developed diffuse diffusion distinct domain effective entirely even exhibit exhibiting expansion expected extending finally finite fixed fixing flux fraction frank full geometry give gives grants greatly happen heterogeneity hexagonally highest idealized impermeable includes incorporates inferring keeping limit limited locations long longitudinal maintain match matches measure measured media medium membrane membranes model models modified must narrow open particle peanut periodic permeability permeable porous previously probability properties proposed pulse quasi question realistic reduced remains representing represents shape sheath sheathing short shorter significantly similarly simple simulated simulation simulations simulator solution spacing spin spins sqrt steady storing strength structures studies surrounding systems taken theoretical thick thickest third tissue tissues transition transitions transmitted transverse truncated typically water white