Rapid progress in modern technologies demands zero thermal expansion (ZTE) materials
with multi-property profiles to withstand harsh service conditions. Thus far, the majority of …

An alternative strategy was proposed for a family of kagomé metals (Zr, Ta) Fe2 to tailor
thermal expansion by utilizing thermodynamic phase stability rather than by conventionally …

Invar alloys with zero thermal expansion (ZTE), isotropy, high operation temperature, and
wide temperature range are of great significance in fields such as aerospace and modern …

Negative thermal expansion (NTE), as a counterintuitive phenomenon, has attracted
considerable interest owing to its great scientific and technical value. Owing to the inherent …

Zero thermal expansion materials are crucial for manufacturing high-precision devices, but
most of these materials discovered so far are inorganic. Organic zero thermal expansion …

Zero thermal expansion (ZTE) alloys are dimensionally stable under the influence of heat,
which is critical in high-precision components but remains rare among single phase …

Corrosion of Al alloy often starts from the nanoscale corrosion around the surface‐exposed
Al‐Fe intermetallic particles (IMPs) and leads to a serious damage limiting its application …

Chemical heterogeneity is usually avoided in solution chemistry, but it may still occur with
sometimes dramatic effects on target materials and their properties. Here, we propose …

Zero thermal expansion (ZTE) is one of the most fascinating phenomena in condensed-
matter physics due to its strong correlation essence and great application prospect …

The negative thermal expansion (NTE) material is counterintuitive due to its typical feature of
volume contraction on heating, which can act as the thermal-expansion compensators to …