Abstract
Synchrotron radiation arrives at SSRL in subnanosecond pulses with an interpulse period of 780 ns. The unique combination of short pulses and a relatively long interpulse period makes SSRL a highly attractive source for timing experiments. The discussion covers time-resolved photoluminescence emission and excitation spectroscopy as well as noise-reduction techniques and lifetime measurements. In the measurement of lifetimes less than ≈ 1 ns, problems related to variations in pulse duration, amplitude and period are discussed along with potential solutions.
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