Fracture and damage ascribed to the intrinsic brittleness of amorphous oxide glasses are
crucial problems for the daily use of glass products. Because the latest developments in …

The pyrolysis characteristics of the polymeric nanocomposites are dominantly regulated by
the pyrolyzable components to accommodate a specific thermodynamic environment. The …

The presence of transition metal oxide impurities introduced during crystal formation or
during the fabrication process may lead to a significant yield loss in microelectronics and …

The emergence of artificial intelligence has provided efficient methodologies to pursue
innovative findings in material science. Over the past two decades, machine‐learning …

Phenolic aerogel matrix nanocomposites are modified to improve their thermal stability and
oxidation resistance, while the pyrolysis behavior will become more complex. Herein, the …

Aerogel is a kind of high-performance lightweight open-porous solids with ultralow density,
high specific surface area, and broad application in many emerging fields including …

Molecular simulation has become an integral and invaluable part of Chemical Product
Engineering, as it provides fundamental and indispensable insights for a rational product …

Aerogels are a class of porous nanomaterial with prominent properties such as low density,
high porosity, large specific surface area, and adjustable surface chemistry. It is a challenge …

A huge gap in time between the experiment and the atomistic simulation restricts us from
accessing a realistic glass structure, because the glass state is highly dependent on the …

Transition-metal impurities such as nickel, copper, and iron in solid-state materials like
silicon have a significant impact on the electrical performance of integrated circuits and solar …