Since its first introduction in 2016, cold sintering process (CSP) has gained worldwide
interest from the scientific community as green and innovative fabrication route due to the …

Cold sintering densification and coarsening mechanisms are considered from the
perspective of the non-equilibrium chemo-mechanical process known in Earth Sciences as …

Cold sintering process (CSP) offers a promising strategy for the fabrication of innovative and
advanced high permittivity dielectric nanocomposite materials. Here, we introduce Ba (OH) …

In this work, we demonstrate a hybrid cold sintering/spark plasma sintering (CSP-SPS)
process to densify ZnO ceramic with controlled grain growth. The densification of ZnO is …

High temperatures (≥ 1100° C) and narrow temperature window (∼ 20° C) for sintering
dense K 0.5 Na 0.5 NbO 3 ceramics always deteriorate their electrical properties. Here, via …

Hydroxyapatite (HA) is widely used as bone substitute material in repairing bone defects
and injuries. However, the high brittleness and low fatigue strength of HA make it difficult to …

The dielectric property relations of a series of BaTiO 3–polymer composites with a uniquely
high-volume fraction of ceramic [(1− x) BaTiO 3–x polytetrafluoroethylene (PTFE), with …

The manipulation of interfacial structures offers an effective route to improve the physical
and chemical properties of materials. However, it is challenging to design ceramic-based …

Cold sintering (CS) is a chemically driven densification technique enabling a substantial
decrease in the sintering temperature of oxides, by several hundreds of degrees Celsius …

Cold sintering process (CSP) has attracted great interest due to its extremely low processing
temperatures, fast processing times, and simplicity to allow for the densification of ceramics …