In the Cottrell equation, the current generated in a chronoamperometry experiment is proportional to the square root of a coefficient of this type and a Loschmidt tube can be used to study this phenomenon. The ability of plasmas to escape confinement in a magnetic field faster than kinetic estimates would predict is accounted for by the Bohm type of this process and in L?y flights its constant becomes infinite. Stochastic variables can be applied to molecular states to produce the Ehrenfest model of this process and random walks involving non-Brownian motion produces the anomalous version of this process. For 10 point
In the Cottrell equation, the current generated in a chronoamperometry experiment is proportional to the square root of a coefficient of this type and a Loschmidt tube can be used to study this phenomenon. The ability of plasmas to escape confinement in a magnetic field faster than kinetic estimates would predict is accounted for by the Bohm type of this process and in L?y flights its constant becomes infinite. Stochastic variables can be applied to molecular states to produce the Ehrenfest model of this process and random walks involving non-Brownian motion produces the anomalous version of this process. For 10 points, what is this process that is governed by a relationship between flow rate and concentration difference known as Fick's law and can describe gas molecules moving down a concentration gradient.
In the Cottrell equation, the current generated in a chronoamperometry experiment is proportional to the square root of a coefficient of this type and a Loschmidt tube can be used to study this phenomenon.
diffusion