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Influence of Eu3+ Ions on Elastic Moduli and Microhardness of Zinc-boro-soda-lime-silica Glass System
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Influence of Eu3+ Ions on Elastic Moduli and Microhardness of Zinc-boro-soda-lime-silica Glass System
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Influence of Eu3+ Ions on Elastic Moduli and Microhardness of Zinc-boro-soda-lime-silica Glass System
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Journal Article
Influence of Eu3+ Ions on Elastic Moduli and Microhardness of Zinc-boro-soda-lime-silica Glass System
2024
Overview
This study focuses on zinc-boro-soda-lime-silica (ZnO − B
2
O
3
− SLS) glasses produced through fast-cooling melt-quenching. The influence of Eu
3+
ions on glass properties is explored. As Eu
3+
concentration rises, bulk density and molar volume increase from 3.423 to 3.484 g/cm
3
and 21.760 to 23.768 cm
3
/mol, respectively. X-ray diffraction indicates amorphous phase dominance supported by glassy surface morphology. Ultrasonic measurements show the increasing and decreasing trend for ultrasonic velocities and elastic moduli with increasing Eu
3+
concentration. Poisson’s ratio of the samples signifies their low cross-link density behavior. Moreover, the ZBS-3Eu presents the highest microhardness value of 4.776 GPa. The sample’s fractal bond connectivity varies from 1.814 to 2.051, suggesting a 2D structure. Likewise, the ZBS-3Eu glass sample exhibits the most rigidity attributed to its highest
f
g
value of 0.075. These findings suggest that ZBS-3Eu has the potential for applications requiring high-strength glass.
Publisher
Springer Netherlands,Springer Nature B.V
Subject
