Dynamics of electron attachment to aerosol OT/water reversed micelles

Hydrated Electrons in a Quaternary Microemulsion System: A Pulse Radiolysis Study

“…The scavenging process is very are protected against denaturation. Moreover it has been pointed out that fast (2,4) and completed during the pulse of our experiment. The other the water pools in the reverse micelles mimic the water pockets that are source of hydrated electrons is the direct radiolysis of water cores.…”

“…In our experiment we have measured the water core radii from the electron decay in presence and absence of solute at a particular time window. Different solutes used for this purpose are CuSO 4 , N,N-dimethylformamide, CCl 4 , and BSA. Following the procedure described, water core radii have been determined for almost all w 0 values using different solutes as mentioned.…”

Reaction kinetics of hydrated electrons in a quaternary micro emulsion system: A pulse radiolysis study

“…In a micro emulsion there are two sources of hydrated electrons, one is the scavenging of excess electrons produced in the oil phase by water pools. The scavenging process is very fast [2,10] and completed during the pulse of our experiment. The other source of hydrated electron is clearly seen that there is one maxima at and a 710 nm hump at Both the peak and the hump are at-630 nm.…”

Kinetics of Free Radical Reactions of Some Biologically Important Compounds as Studied by Pulse Radiolysis

“…For this purpose the kinetics of the hydrated electron itself and its reaction with different solutes are exploited. Radiolytic production of hydrated electrons and electron processes in microheterogeneous systems have been studied over the past two decades [68][69][70][71][72][73][74][75][76].…”