Effect of excitation and emission wavelength on the fluorescence lifetimes of chlorophyll a.
Marie Kaplanová, Ludvik Parma
Abstract
Marie Kaplanová, Ludvik Parma
Abstract
The effect of excitation and emission wavelengths on fluorescence decay times of Chlorophyll a were measured in four solutions (C approximately 10(-5) mol X 1(-1] and in polymethyl methacrylate films. The decay times observed were corrected with respect to self-absorption and re-emission effects. The fluorescence decay times of Chlorophyll a was found to depend on both the excitation and the emission wavelengths.
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The effect of excitation and emission wavelengths on fluorescence decay times of Chlorophyll a were measured in four solutions (C approximately 10(-5) mol X 1(-1] and in polymethyl methacrylate films. The decay times observed were corrected with respect to self-absorption and re-emission effects. The fluorescence decay times of Chlorophyll a was found to depend on both the excitation and the emission wavelengths.
Key concepts: Fluorescence, Excitation, Wavelength, Excitation wavelength, Absorption (acoustics), Chlorophyll, Chemistry, Analytical Chemistry (journal)