Abstract

This paper presents a description of a modified singlet-oxygen generator of gas-flowthrough type with a closed oxygen-circulation system based on porous solid-phase fullerene-containing structures that operate in the continuous regime, with optical pumping of the fullerene by an LED array. The results of experimental studies of the developed device are shown. A singlet-oxygen throughput of up to 3.2×10<sup>18</sup>molecule/cm<sup>2</sup>s was implemented when the prototype was tested, with a quantum yield of about 45%.

© 2012 OSA

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