The outstanding thermal, mechanical and optical properties of borosilicate glasses give
them significant advantages for applications where conventional soda–lime–silica glasses …

The impact of the cation field strength (CFS) of the glass network-modifier cations on the
structure and properties of borosilicate glasses (BS) were examined for a large ensemble of …

Solid-state nuclear magnetic resonance (NMR) spectroscopy is the arguably most powerful
technique for structural characterizations of amorphous inorganic materials, such as oxide …

The field strength of modifier cations in boron‐containing oxide glasses has important but
complex effects on boron coordination, and has long been known to have major effects on …

The glasses of the xZnO-(1-x)[0.33 BaO-0.67 B 2 O 3] system (0≤ x≤ 0.35) were prepared
by the melt quenching technique. The FTIR and Raman spectroscopy were employed to …

This Primer critically reviews the possibilities and limitations of probing the short-range
structure of an oxide-based glass by routine magic-angle spinning (MAS) or triple-quantum …

We examine the impact of the glass network‐modifier cation field strength (CFS) on ion
irradiation‐induced mechanical property changes in borosilicate (BS) glasses for the ternary …

In this work, the thermal conductivity of alkaline earth borate melts was measured using hot-
wire method from 1323 to 1623 K, and the thermal diffusivity was extrapolated from the …

The properties of molten silicates have impact on both the natural world (in the form of
volcanic magmas) and the industrial world (as glasses and slags). Their industrial …

Glasses are amorphous and their structure, unlike that of crystalline solids, does not show
any long-range order or any significant symmetry in the atomic arrangement. 1 But this …