Structure And Properties Of Multi-Component Borate Glasses Based On Raman Spectroscopy And The Chemical Equilibrium Concept

Ota eta al determined a set of equilibrium constants which govern the number density of the structural units in the alkali borate glass. Based on this result, molar volumes of the alkali borate system were computed from the molar volumes allocated to each of the structural units. In this study, a second glass-forming component GeO2 was added to the Na2O-B2O3 system and the change of coordination state of borons was examined by Raman spectroscopy.

Author
R Ota Et Al
Origin
Kyoto Inst Technology, Japan
Journal Title
Proc 2Nd Int Conference Borate Glasses, Crystals & Melts 1996 199-206
Sector
Special Glass
Class
S 3659

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Structure And Properties Of Multi-Component Borate Glasses Based On Raman Spectroscopy And The Chemical Equilibrium Concept
Proc 2Nd Int Conference Borate Glasses, Crystals & Melts 1996 199-206
S 3659
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