Time-resolved and steady-state fluoresce
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S. De Silvestri; P. Laporta
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Article
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1984
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Elsevier Science
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English
β 462 KB
Time-resolved and steadystate fluorescence studlcs of proflavine in aqueous solutton are presented. The obsenauon of a monoexponentlal fluorescence decay wth a time constant decreasmg wth tnaeasing pH and the presence of an anomalous redjhift m the fluorescence spectrum as a function of pH indwate t