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Coherent population oscillations and hole burning observed in Sm+2:CaF2 using polarization spectroscopy

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Abstract

Polarization spectroscopy was used for the first time known to the authors to measure the homogeneous linewidth and excited-state lifetime of an inhomogeneously broadened transition of an absorbing impurity ion in a crystalline host. The observed line shapes agree with those predicted by a density-matrix calculation.

© 1980 Optical Society of America

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