Material processing adopting microwave heating has emerged as an alternative tool owing
to faster processing, a cleaner environment, and several other advantages. This review …

Film model electrodes of silicon oxide (SiO x) with various oxygen content (x= 0.4, 0.85, 1.0
and 1.3) have been studied for the effects of oxygen content and interfacial reaction …

Transparent glass-ceramic in the SiO 2-Li 2 O-Na 2 O-Al 2 O 3-BaO-P 2 O 5-ZrO 2 system
were prepared by the three-stage heat treatment process. The effects of Al 2 O 3 content on …

Successful microwave sintering of several metal powders had been reported by many
researchers with remarkable improvements in the materials properties and/or in the overall …

Objective Evaluate the impact of a “fast” crystallization and simultaneous-glazing on the
physicochemical properties of lithium-disilicate CAD/CAM-ceramic. Methods Lithium …

Tailing-based glass-ceramics were crystallized via conventional and microwave heating at
720° C for 30 min and 820° C without holding and compared in order to obtain evidence for …

The microscopic properties of fluoride grains are known to play critical roles in the up-
conversion luminescence properties of phosphors carrying rare-earth-based luminescence …

An inorganic binder is a good way to mitigate the environmental issues of organic binders
containing phenol, formaldehyde, etc. One of the most representative materials in the field of …

The microwave sintering of glass-ceramics, non-thermal microwave effect, and crystal
growth mechanism remain important challenges in materials science. In this study, we focus …

The material of choice for space applications which demand very high dimensional stability
is lithium aluminosilicate (LAS) based Ultra Low thermal Expansion Glass‐Ceramic …