“…Exploration of the differential thermal analysis curves and crystallization kinetic parameters of the glass enabled the composition ratios to be regulated and glass compositions to be designed to requirements. 8 Gunha reported the modification of Na 2 O and TiO 2 in the TeO 2 -Na 2 O-TiO 2 glass system and calculated the Avrami index n of the glass. It was found that the crystallization mechanism of the glass could be controlled by regulating the ratio of raw materials.…”
The intensity of the emission peaks of the glass ceramic increased with temperature increasing from 25° to 150°, showing an abnormal thermal quenching phenomenon.
“…Exploration of the differential thermal analysis curves and crystallization kinetic parameters of the glass enabled the composition ratios to be regulated and glass compositions to be designed to requirements. 8 Gunha reported the modification of Na 2 O and TiO 2 in the TeO 2 -Na 2 O-TiO 2 glass system and calculated the Avrami index n of the glass. It was found that the crystallization mechanism of the glass could be controlled by regulating the ratio of raw materials.…”
The intensity of the emission peaks of the glass ceramic increased with temperature increasing from 25° to 150°, showing an abnormal thermal quenching phenomenon.
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