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Time-Resolved Fluorescence Using an Optical-Fiber Probe1

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Abstract

Time-resolved fluorescence has found wide application in the study of excited-state lifetimes of both atoms and molecules. The information that is provided by time resolution can be used to characterize chemical systems; in addition, it can be very useful in analytical determinations where the information provided by steady-state fluorescence is insufficient. Some examples where this situation might occur include the presence of quenching agents in the sample, errors due to scattered radiation, and mixtures with spectral overlap.

© 1987 Optical Society of America

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