Abstract
Investigation of the fluorescence strength and decay in chromium-doped oxide glasses has indicated the dominant effect of ligand field strength (via cation type and packing density) of the glass matrix, and distortion of the octahedral sites occupied by the chromium ions. Such parameters give rise to a strongly non-exponential fluorescence decay. Observed decay profiles conform to those known to occur for dopant ion to dipole coupling.
© 1986 Optical Society of America
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