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Abstract
The photovoltage developed in a photoelectrochemical cell consisting of riboflavin (RFN), a neutral dye and phospholipid (PL) liposome in aqueous solution has been found to correlate with the Stern-Volmer constant ( K sv ) or quenching-rate constant ( K q) of RFN-PL studied by fluorescence spectra. A possible mechanism of photovoltage generation suggests the photo-induced electron transfer from PL to RFN in liposome through the excited state molecular interaction.
Published Version
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