Abstract
The use of the excited state properties and particularly of the fluorescence of an added probe in non homogeneous systems such as micelles, anionic as well as cationic, and inverse micelles has expanded tremendously over the past few years. Using the single photon counting technique and steady state fluorescence it is possible to determine a number of important parameters such as the aggregation number, the rate constants of exit and entrance of compounds and the quenching rate constants in these systems.
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