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A gated photon counting instrument which is capable of operation at the full 100-MHz repetition rate of mode-locked ion lasers is described. This instrument provides a high throughput alternative to more complex and costly instrumentation commonly used in time-correlated single photon counting. Applications to the measurement of subnanosecond fluorescence lifetimes at a 96.8-MHz laser repetition rate and to the reduction of matrix quenching effects in fluorometry at a 5-MHz laser rate are presented.
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Alfano et al. (1983) studied this question.
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