This process' namesake PDE has the Gaussian Kernel as a solution. The fractional anisotropy iscalculated from the eigenvalues of a tensor named for this process. One quantity describing thisprocess is equal to terminal drift velocity times Boltzmann's constant times temperature. The secondderivative
This process' namesake PDE has the Gaussian Kernel as a solution. The fractional anisotropy iscalculated from the eigenvalues of a tensor named for this process. One quantity describing thisprocess is equal to terminal drift velocity times Boltzmann's constant times temperature. The secondderivative of phi with respect to x is proportional to the first derivative of phi with respect to timeaccording to one law governing it. Another law governing this process says that (*) flux is proportionalto the negative grad of the concentration; those laws are named for Fick. This process occurs through asemipermeable membrane in osmosis. For 10 points, name this phenomenon in which a substance movesfrom an area of high concentration to low concentration.
This process' namesake PDE has the Gaussian Kernel as a solution.
diffusion [accept osmosis till mention]