Analysis Of The Hydrated Zone In Nuclear Waste Glass Forms By Electron Microprobe, Raman Spectroscopy And Diffusion Models

Metal oxides containing borosilicate glasses were investigated for structure, composition and static leaching. Besides leachate analysis, glasses were analysed by electron microprobe at varying primary electron beam energies to determine compositional trends with sample depth. The glass structure was determined by Raman spectroscopy. Structure, composition, Si-0 bridging Raman band intensities and diffusion models were empirically correlated to elucidate elemental mobility.

Author
S V Raman
Origin
Idaho Nat Eng & Env Labs, Usa
Journal Title
Phys Chem Glasses 42 1 2001 27-41
Sector
Special Glass
Class
S 2150

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Analysis Of The Hydrated Zone In Nuclear Waste Glass Forms By Electron Microprobe, Raman Spectroscopy And Diffusion Models
Phys Chem Glasses 42 1 2001 27-41
S 2150
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