Physics and Chemistry of Glasses

Electron diffraction study of B₂O₃ glasses obtained at different cooling rates
pp. 337-338(2)
Authors: Bursukova, M. A.; Kaschieva, E. P.; Ivanova, Y. Y.; Dimitriev, Y. B.

Glass formation in the systems B₂O₃–CoO–PbO, B₂O₃–CoO–ZnO and B₂O₃– CoO–Bi₂O₃
pp. 339-340(2)
Authors: Dimitriev, Y.; Ivanova, Y.; Pochinkova, M.; Breichev, Y.; Stamenov, S.

Physical properties of lithium borovanadate glasses related to atomic arrangement
pp. 341-344(4)
Authors: Feller, H. A.; Betzen, A. R.; Affatigato, M.; Feller, S. A.

XAFS study of the local structure of (K₂O–Al₂O₃).2B₂O₃ and (CaO–Al₂O₃).2B₂O₃ glasses
pp. 345-348(4)
Authors: Handa, K.; Irie, M.; Iwasaki, H.; Ohtori, N.; Umesaki, N.

Sol‐gel synthesis of glasses in the systems B₂O₃–M_nO_m (M=Li, Ba, Zn)
pp. 349-351(3)
Authors: Ivanova, Y. Y.; Kashchieva, E. P.; Dimitriev, Y. B.

Glasses and glass ceramics in the system P₂O₅–B₂O₃–Ag₂O
pp. 352-354(3)
Authors: Jivov, B. T.; Dimitriev, Y. B.; Kashchieva, E. P.; Petkov, C. T.

Nanostructured borate glass ceramics containing PbMoO₄
pp. 355-357(3)
Authors: Kashchieva, E. P.; Ivanova, V. D.; Jivov, B. T.; Dimitriev, Y. B.

A CW‐EPR, four pulse 1D ESEEM, HYSCORE and pulsed ENDOR spectroscopic study of TeO₂–B₂O₃ system
pp. 358-361(4)
Author: Kordas, G.

Glasses from the system AgI–Ag₂O–TeO₂.B₂O₃
pp. 362-364(3)
Authors: Lefterova, E. D.; Angelov, P. V.; Dimitriev, Y. B.

Physical properties of sodium borogermanate glasses compared with the sodium borosilicate system
pp. 365-368(4)
Authors: Ma, C.; Kiczenski, T.; McRae, J.; Affatigato, M.; Feller, S. A.

MD study of the short range structure of RO.xB₂O₃ glasses: R=Mg, Ca, Sr and Ba; x=1, 2, 3 and 4
pp. 369-372(4)
Authors: Ohtori, N.; Takase, K.; Akiyama, I.; Handa, K.; Iwadate, Y.; Umesaki, N.

Organic–inorganic hybrids containing B₂O₃
pp. 373-375(3)
Authors: Dimitriev, Y. B.; Ivanova, Y. Y.; Pankova, M. G.; Dimanov, I. Z.; Christov, S. G.

TEM investigations of the size and volume distributions of the AgCl phase formed in a model sodium borate melt
pp. 376-376(1)
Author: Pascova, R.

Kinetics of evaporation and condensation of boron containing chalcogenide glasses
pp. 377-379(3)
Authors: Petkov, P. K.; Parvanov, S. B.; Nedeva, Y. N.; Kashchieva, E. P.

Structural interpretation of the glass transition temperature and thermal expansion of glasses in the system BaO–Al₂O₃–B₂O₃
pp. 380-383(4)
Authors: Klyuev, V. P.; Pevzner, B. Z.

Glass formation, crystallisation and sintering of glass powders in the system BaO–R₂O₃–B₂O₃ (BaO/B₂O₃=1, R=Al, Ga)
pp. 384-386(3)
Authors: Pevzner, B. Z.; Klyuev, V. P.

Helium permeability of ZnO–PbO–B₂O₃ vitreous and glass ceramic coatings
pp. 387-388(2)
Authors: Pevzner, B. Z.; Niunin, G. I.

Structure–density relationship for crystals and glasses in the Rb₂O–B₂O₃–SiO₂ system
pp. 389-391(3)
Authors: Bubnova, R. S.; Polyakova, I. G.; Krzhizhanovskaya, M. G.; Filatov, S. K.; Paufler, P.; Meyer, D.

Characterisation and radiation resistance of a mixed alkali borosilicate glass for high level waste vitrification
pp. 392-395(4)
Authors: Roderick, J. M.; Holland, D.; Scales, C. R.

Sol‐gel synthesis of borosilicate waste glasses
pp. 396-396(1)
Authors: Samuneva, B.; Tzvetkova, P.; Ivanova, Y.; Dimitrov, V.

LiB₃O₅ single crystals: growth and main growth defects
pp. 397-398(2)
Author: Shumov, D. P.

Solvents in the BaO–B₂O₃ system suitable for the growth of NdAl₃(BO₃)₄ crystals
pp. 399-402(4)
Author: Shumov, D. P.

Short range order of glasses in the systems MnO–B₂O₃ and PbO–MnO–B₂O₃
pp. 403-405(3)
Authors: Staneva, A. D.; Gattef, E. M.; Dimitriev, Y. B.

Comparison of the optical cutoffs of bismuth borate and bismuth germanate glasses
pp. 406-408(3)
Authors: Stentz, D.; George, H. B.; Feller, S. E.; Affatigato, M.

Structure of bismuth borate glasses
pp. 409-412(4)
Authors: Stone, C. E.; Wright, A. C.; Sinclair, R. N.; Feller, S. A.; Affatigato, M.; Hogan, D. L.; Nelson, N. D.; Vira, C.; Dimitriev, Y. B.; Gattef, E. M.; Ehrt, D.