Sentence examples for compact sintering from inspiring English sources

Since the particle size distribution is a field variable, the simulation should prove to be a useful research tool for microstructure design through powder compact sintering, for novel SOFC materials which have complex responses to microwave energy.

The compacts sintered at 860 °C in nitrogen atmosphere were subjected to physical, mechanical and microstructural characterization.

Moreover, the Bioglass®-ceramic compacts sintered with SPS released alkaline ions slowly and as a result, these highly densified Bioglass®-ceramics exhibited better cytocompatibility at the early stage of cell culture testing, compared to the conventional Bioglass®.

Moreover, this work investigates the effect of the process parameters including Y content, compact pressure, sintering temperature, sintering time and process temperature on the performance of Sr1−xYxTiO3 thermoelectric ceramics.

A combination of the phase-field method (PFM) and the discrete-element method (DEM) is proposed to simulate simultaneously the movement of particles and the grain growth behavior in powder compacts during sintering.

In this study, a large ceramic part was successfully compacted and sintered using uniaxial die compaction technique.

The powdered material can be magnetically aligned and then compacted and sintered.

The powder was cold compacted and sintered at 1300 1500 °C to develop nanostructured Al2TiO5 Al2O3 TiO2 composite.

The defect free green compacts were sintered in inert gas fired sintering furnace for different sintering schedules.

The green compacts were sintered at 0.001 mbar for 4 hours with sintering temperature varying from 1350°C to 1450°C.

Afterwards the green compacts were sintered in a high purity nitrogen atmosphere.