Journal of the European Ceramic Society

1- Alternative representations based on Herschel-Bulkley 2- Fig. 3 3- Porosity (x %) Archimedes method 4- Size distributions 5- Size

Data for: Design of a CaAlSiN3:Eu/Glass Composite Film: Facile Synthesis, High Saturation-Threshold and Application in High-power Laser Lighting

Original data

docx files - mechanical property measurements xlsx files - sintering process txt - X-ray diffractometry Unfortunately, SEM files could not be uploaded because of some tecnical issues

Raw data for Data for Industry-friendly Synthesis and High Saturation Threshold of a LuAGCeGlass Composite Film Realizing High-brightness Laser Lighting

These are the original raw data obtained by Scanning Electron Microscopy and X-ray diffraction analysis.

Comparison between non-modified (neat) and pre-treated SMP-10 and PSZ-20. Low-temperature thermal treatment allows the modification of the corresponding viscoelastic states, so that a transiently-plastic filament can be formed from an initially highly inviscid polymer.

Sintering at high temperature is a serious problem for porous thermal insulating ceramics. To search for sintering-resistant ceramics, ZrP2O7 is selected as the backbone material and porous ZrP2O7 ceramics with 40-60 vol% porosities and strength of 3-14 MPa are fabricated. The volume shrinkage of the 60 vol% porosity ZrP2O7 is only 1.4% when heated at 1773 K for 6 h and the thermal conductivity, which is as low as 0.18 W·m-1·K-1, keeps almost unchanged. The dielectric constants are stable in the frequency range of 7-19 GHz when the temperature increases from 298 K to 1273 K. As the porosity increases from 44% to 60%, the dielectric constant at 19 GHz and 1273 K decreases from 3.4 to 2.5. Good sintering-resistance, ultra-low thermal conductivity and low dielectric constant at high temperatures make porous ZrP2O7 suitable for applications as thermal insulating and wave-transmitting materials at high temperatures.

This is raw TEM data of PZ-PT-PNN ceramics having different crystal structure. These data are for domain analysis of various phases of piezoelectric ceramic. Therefore, They can be reference data for other researchers who study the domain structure of ceramic.

All files are original files for figures listed in the manuscript.