Hydroxylation And Dehydroxylation Behaviour Of Silica Glass Fracture Surfaces

The hydroxylation and dehydroxylation behaviour of amorphous silica fracture surfaces was studied using temperature-programmed static SIMS. The results show that vacuum heat treatments result in more extensive condensation of silanol groups on the silica glass fracture surface as compared to fumed silica (Cabosil).

Author
A S D'Souza & Gc G Pantano
Origin
Pennsylvania State University, Usa
Journal Title
J Am Ceram Soc 85 6 2002 1499-1504
Sector
Special Glass
Class
S 2355

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Hydroxylation And Dehydroxylation Behaviour Of Silica Glass Fracture Surfaces
J Am Ceram Soc 85 6 2002 1499-1504
S 2355
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