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

The processing science and fundamental understanding of defect chemistry of BaTiO 3 is a
model example of how material science is used to guide the materials engineering of …

The ceramic cold sintering process (CSP) offers an eco-friendly approach to producing fully
dense ceramics at low temperatures. However, an incomplete mechanistic understanding …

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 …

In the design of the ceramic capacitor, high capacitance, temperature stability, and high
operating voltage must be balanced against the failure mechanisms of degradation. Cold …

Conventional fabrication of dense ceramics usually consists of two primary steps: powder
synthesis and high-temperature sintering. We propose a one-step low-temperature reactive …

A high-pressure FAST/Spark Plasma Sintering method was used to produce dense SrTiO 3
ceramics at temperatures of 1050° C, more than 250° C below typical sintering …

Cold sintering of perovskite materials is still, despite years of research, challenging. The key
objective when cold-sintering oxide materials is finding an appropriate liquid phase that …

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 …

Abstract Composites of BaBiLiTeO 6 (BBLTO)-Li 2 MoO 4 (LMO) and BaBiLiTeO 6-
polytetrafluoroethylene (PTFE) were fabricated using cold sintering process and their …