Deciphering the structure-property relations of densified oxide glasses is a problem of
longstanding interest. For example, it is important for understanding the fracture mechanism …

In response to high environmental requirements, an incombustible inorganic intumescent
flame retardant coating was prepared from amorphous aluminum phosphate emulsion as …

Intumescent coatings are widely employed as passive fire protection systems for
construction materials. When exposed to high temperatures, an intumescent coating …

Accessing the thermal transport properties of glasses is a major issue for the design of
production strategies of glass industry, as well as for the plethora of applications and …

The thermal conductivity of silicate melts and glasses is an important physical property for
understanding the temperature distribution in high-temperature metallurgical processes; …

Incorporating graphite/graphene into a Mg alloy matrix is a promising approach for
developing lightweight heat dissipation materials. However, carbon material is inherently …

Unlike traditional silicate glasses, germanate glasses often feature non-monotonic variations
in material properties (eg, elastic moduli and glass transition temperature) with varying …

The heat dissipation of silicate glasses draws much attention for various applications, and
the desire for glasses with high thermal conductivity remains an unsolved challenge. The …

Thermal conductivity is an important property of oxide glasses, but its structural origins
remain largely unknown. Here, we provide detailed modal information on thermal …

This study presents a novel microfabrication approach using anodic bonding and glass
thermal reflow to fabricate glass-based micro-hotplates with low power consumption owing …