ZBLAN:ER3+ energy up-conversion at low temperature
Dissertation presented to obtain the title of Master of Science - UEPG 2006
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The process of upconversion in fluoride glasses doped with rare-earth elements (Er, Nd, Pr, Tm and Yb) has received a great deal of attention from researchers all over the world. The interest is mainly due to the applications of this system in optical amplifier devices and lasers with numerous technological applications. Fluoride glass (ZBLAN) is an amorphous material which, due to its advantages of low multiphonon relaxation, stability in atmospheric conditions and low optical attenuation in the visible region of the electromagnetic spectrum, is a good host material for rare earth ions. Howev...
The process of upconversion in fluoride glasses doped with rare-earth elements (Er, Nd, Pr, Tm and Yb) has received a great deal of attention from researchers all over the world. The interest is mainly due to the applications of this system in optical amplifier devices and lasers with numerous technological applications. Fluoride glass (ZBLAN) is an amorphous material which, due to its advantages of low multiphonon relaxation, stability in atmospheric conditions and low optical attenuation in the visible region of the electromagnetic spectrum, is a good host material for rare earth ions. However, in this specific case, despite having been studied extensively, the ZBLAN:Er3+ system presents some uncertainties regarding its optical properties. One of these is the effective participation of the glass matrix network in the up-conversion process. This paper presents upconversion and luminescence measurements at a temperature of 2K with some definitions.
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