Physics and Chemistry of Glasses

Quantification of anions and cations from ternary phosphate based glasses with fixed 50 and 55 mol% P₂O₅ using ion chromatography
pp. 547-552(6)
Authors: Ahmed, I.; Lewis, M. P.; Knowles, J. C.

CdSSe doped aluminophosphate glasses obtained by a wet method
pp. 553-558(6)
Authors: Elisa, M.; Vasiliu, C.; Meghea, A.; Iftimie, N.; Giurginca, M.; Trodahl, H. J.; Dalley, M.

Molecular oxygen diffusion in vitreous silica
pp. 559-563(5)
Authors: Tournour, C. C.; Shelby, J. E.

Preparation, characterisation, optical, thermal and conductivity studies of lead oxyfluoride glasses
pp. 564-569(6)
Authors: Banu, T.; Vithal, M.

Application of a new necessary criterion for glass formation of one-component systems
pp. 570-578(9)
Author: Hoffmann, H.-J.

Structural relaxation in vitreous arsenic selenide induced by γ-irradiation
pp. 579-582(4)
Authors: Golovchak, R.; Shpotyuk, O.; Kozdras, A.; Szymura, S.; Shpotyuk, M.

Reactions of alkali vapours with silica based refractory in glass furnaces, thermodynamics and mass transfer
pp. 583-594(12)
Authors: Beerkens, R. G. C.; Verheijen, O. S.

Thermal characterisation of some Se–Ge–In chalcogenide glasses by differential scanning calorimetry
pp. 595-599(5)
Authors: Tiwari, R. S.; Mehta, N.; Shukla, R. K; Kumar, A.

Correction
pp. 600-600(1)