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Schuller, S., Pinet, O., Grandjean, A. and Blisson, T. (2008) Phase Separation and Crystallization of Borosilicate Glass Enriched in MoO3, P2O5, ZrO2, CaO. Journal of Non-Crystalline Solids, 354, 296-300.
https://doi.org/10.1016/j.jnoncrysol.2007.07.041
has been cited by the following article:
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TITLE:
Characteristic Studies on Whisker-Reinforced Borosilicate Glasses
AUTHORS:
A. Behairy
KEYWORDS:
Glasses and Glass Ceramics, Whisker Phases, Crystalline Structure-X-Diffraction
JOURNAL NAME:
New Journal of Glass and Ceramics,
Vol.9 No.2,
March
13,
2019
ABSTRACT: Glass composition of fixed values of the structural factor R(CdO/B2O3) = 0.5 and K(SiO2\B2O3) = 0.5 in borosilicate glass modified by CdO has been studied by different techniques. The amorphous structure of as prepared glass was confirmed by both XRD and EDP spectroscopy. The amorphous samples were treated thermally to be transformed to suitable type of crystalline glass ceramic. Based on SEM and TEM data, the bulk crystallized network was developed by treating the glasses at high treatment route (950°C - 1100°C) for a specific time (8 hours). Crystalline Al4B2O9 and Al18B4O33 whisker phases are simply detected by X-ray diffraction spectroscopy. The scanning and transmission electron microscopes (SEM and TEM) have confirmed that aluminum borate crystalline phases in the form of whiskers (rods) species are the main formed type. Both size and concentration of the whisker species were increased with increasing temperature of thermal heat treatment. Formation of this type of crystals (whiskers) leads to interlocking microstructure and as a direct result, an increase in hardness number, glass transition temperature is simply evidenced. Glass-ceramics synthesized in this study can be applied as high temperature resistant materials because their microstructures can resist micro-cracking upon indentation. The crack length due to indentation process is reduced by increasing concentration of crystalline road or whisker like structure.