Tb3+ Fluorescence And Nonradiative Energy Transfer From Gd3+ To Tb3+ In Borate Glass.

The fluorescence behaviour of Gd3+ and Tb3+ was studied with the ions dissolved together in a calibo-1 glass host. The two ions from a coupled system so that energy absorbed by Gd3+ is transferred to Tb3+ by a nonradiative mechanism and is then emitted as Tb3+ fluorescence. When Tb3+ incorporated alone into this glass, concentration quenching effects are observable.

Author
A.D. Pearson Et Al.
Origin
Unknown
Journal Title
J. Appl. Phys., 37 [2] 729-34 (1966)
Sector
Primary Papers
Class
PP 765

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Tb3+ Fluorescence And Nonradiative Energy Transfer From Gd3+ To Tb3+ In Borate Glass.
J. Appl. Phys., 37 [2] 729-34 (1966)
PP 765
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