Due to the absence of microstructure and virtually infinite compositional versatility, glassy
materials are perfect candidates for rational methods to predict structure-property …

When it was learned that Professor Scholze was revising his classic work on the nature,
structure, and properties of glass, it was natural to conceive the idea of translating the new …

A review of some long-standing problems, as well as some new theoretical results regarding
non-Debye relaxation and the glass transition is given. The question of whether a phase …

Das Buch erörtert zuerst die besondere Natur des Glases, indem-dem Herstellungsprozeß
folgend-zunächst das Verhalten von Glasschmelzen betrachtet wird, um daraus die Struktur …

NMR with substantial enhancement in signal-to-noise ratio (primarily from gisnal averaging
and fast passage techniques) and thermal analysis are utilized to reinvestigate binary alkali …

We have established for alkali ions in oxide glasses a strong correlation between the
fractional (Kohlrausch) exponent β in the conductivity relaxation function, exp [-(t/τ*) β], and …

Lithium borate glasses prepared by melt-quench technique have been studied with a view to
ascertain their structural and electrical properties. FTIR analysis of the present samples …

A new series of transparent zirconium titanium lithium diborate glasses of the nominal
composition 85 Li 2 B 4 O 7–(15–x) TiO 2–x ZrO 2 (x= 0, 5, 10 and 15 mol%) was prepared …

The mixed alkali effect, the deviation from expected linear property changes when alkali ions
are mixed in a glass, remains a point of contention in the glass community. While several …

The frequency dependence of electrical conductivity of many germanate and borate glasses
has been analyzed in terms of an empirical power law at different temperatures. The power …