Abstract
A system consisting of a membrane separating two solutions is treated from the point of view of relaxation processes, and a set of phenomenological equations obtained, the framework for measurement indicated by these equations being independent of the usual assumptions regarding the physical homogeneity and fine grain of the medium constituting the membrane. This theory furnishes a general basis for discussing membrane transport in any system in which the definition of thermodynamic properties is possible, and suggests additional insights into the Curie Principle.
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