Sentence examples for ceramics samples from inspiring English sources

Ceramics samples were characterized for their chemical, mineralogical, and mechanical properties.

The separately designed ceramics samples were shaped by dry pressing at 25 MPa, and then fired at 960 and 1050 °C following exposures to freezing/thawing cycles.

Unlike the third component, the intensity I 4 decreases in water-vapor exposure ceramics samples.

Most probably, physically adsorbed water is not fully eliminated at 120 °C in these ceramics samples.

This confirms the remainder of sorbed water in the nanopores with size near 0.3 nm and slight desorption ability of these MgO-Al2O3 ceramics samples (Fig. 3).

After final drying (in a vacuum at 120 °C for 4 h) of the ceramics samples previously exposed to water vapor, the initial pore size tends to be restored (Table 2 and Fig. 3).

The difference in sintering behavior could also be observed from the microstructure of BNTZ ceramics; all samples were dense with well-defined grains (Figure 3).

The described ceramic sample that had α-Si3N4 (76%) as a major phase and β-Si3N4 (24%) as a minor phase for ceramics was SPSed at 1550 °C, and conversely, the ceramic sample that had β-Si3N4 (72%) as a major phase and α-Si3N4 (28%) as a minor phase for ceramics was sintered at 1650 °C (Fig. 3 and Table 4).

Tuan carefully navigated though the waterborne bustle of floating markets and bobbing boats until we landed at a tourist complex where we could buy ethnic trinkets, US Army petrol lighters, lacquerware and ceramics and sample fresh fruits, snake wine and honey.

Four samples of ceramics fragments belonging to the Museum of Limarí [20] were investigated; samples display black, white, red and brown colors (Fig. 3).

The structure of the composite without oxide is formed by grains of nearly 5 50 μm in size (crystallinity is about ~56%), which allowed us to characterize the made samples as ceramics-like.