One disadvantage of the current experimental procedue stems from the limitation that the organic and aqueous phases could be studied simultaneously. These experiments had to be performed separately in order to collect the information of the events occuring in the three regions, being aware of the possibiliy that there could be some discrepancies in the time courses of the events that we are interested to explore. Nevertheless, with adequate care, these experiments could be performed that provided meaningful picture of the phenomena with sufficient details and acceptable reproducibility. Although these experiments were performed with various types of organic liquids, here we present the results obtained with a few selected liquids. Additional results are summarized in Figure . The primary absorption peak is observed at about 210 nm, which is lower than that (210 nm) in water. As time progresses, this peak diminishes with the concomitant increase of a peak close to 220 nm, which is observed when the surfactant is in water. At long time, the primary absorption occurs at 220 nm, which, however, decreases with time. See also Figure , below.