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The optical and physicochemical properties of these glasses are well suited for optical device applications.
Open accessJournal ArticleDOI
17 Jul 2015
55 Citations
It appears that even the less-tough metallic glasses are tougher than oxide glasses.
Phosphate glasses are very promising materials from the application and fundamental point of view.
Glasses with low GaTe 3 content appear to be most suitable for preparation of fully ceramic materials, whereas glasses with high GaTe 3 content seem to be most suitable for the glass-ceramics applications.
Thus, TFT-LCD waste glass can be regarded as a good glass–ceramic material.
Optical performance of these doped phosphate glasses suggesting the suitability of these glasses for optical fibre/waveguide amplifiers.
Comparison of these results with published information suggests that the glass and glass-ceramic are bioactive.
The morphology of needle-like apatite is comparable to that of apatite in natural teeth. The properties of the glass-ceramic, especially the good chemical durability, the optical properties, as well as mechanical and thermal properties allow glass-ceramic to be used as a main component in a bio-material for the veneering of metal restorations in dentistry.
These glasses are of particular interest due to a combination of useful properties which include good sintering characteristics, together with excellent chemical durability.
The results indicate that these glasses are promising materials for future optical applications in the visible region.
The glasses are attractive for designing optical and laser devices.
All the mechanical properties are found to have improved in the glass–ceramics when compared to glasses.
The glasses show promising properties for optical applications.
The present glasses is a promising candidate for optical application.
These rates are comparable to some metallic glasses and can lead to nanostructured glass-ceramics.
These glasses have a high potential for practical applications.
These findings are valuable for understanding the photoelastic response of oxide glasses.