Abstract
We report single and double optical resonant Raman scattering in both complete (high-$Q$) and without top Bragg reflector (low-$Q$) semiconductor planar microcavities. A calculation of the Raman efficiency relative amplifying capabilities of these photonic structures is presented, and compared with the experiments. These results indicate that a competition between better light confinement and reduced angular acceptance as the cavity finesse is increased determines the performance of a cavity for enhanced Raman signals.
Published Version
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