Abstract
Laser dye rhodamine 6G (Rh 6G) was incorporated into sol–gel glasses prepared by using three methods: (i) by using HCl as catalyst, (ii) by using HNO 3 as catalyst and (iii) by using HNO 3 as catalyst and formamide as drying control chemical additive (DCCA). The performance of these sol–gel matrices as hosts was evaluated by studying the absorption/fluorescence behavior of the dye-doped solids with elapsed time. The best performance of Rh 6G, as far as its absorption/fluorescence properties are concerned, was found in the host matrix prepared by using formamide as DCCA along with catalyst HNO 3.
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