Sentence examples for the cgo from inspiring English sources

Compared with previous research results [14, 15], the class distribution of nitrogen species in Shengli-CGO differ from the CGO samples derived from other Chinese refineries.

Three cathode designs have been considered, which differ only in the CGO starting powders used.

Hence, it directly interacts with the CGO optimizer and the sequence execution engine.

For integration of the CGO support layer into a flat, asymmetric CGO membrane, the sintering activity of the CGO membrane was reduced by Fe2O3 addition (replacing Co3O4 as sintering additive).

The mean failure stress in the CGO in the laminates was much greater than in unlaminated CGO.

Graded CGO lanthanum strontium cobalt ferrite (La0.6Sr0.4Fe0.8Co0.2O3) cathode layers were then painted onto the CGO electrolyte to form a micro-tubular HF-SOFC.

Final sintering of the CGO-BL at temperature T2 °C250–1275 °C, T2 > T1) is used to promote an SSR between the sintering aid and CGO-BL to obtain densification and grain growth.

The method is based on the combined use of impregnation technique and a designed two-step sintering process to promote the densification of the CGO-BL on dense yttria stabilized zirconia (YSZ) electrolyte.

Additionally, the cGO-HA/SF composite stimulated mouse mesenchymal stem cell adhesion and proliferation, alkaline phosphatase secretion, and mineral deposition more strongly than HA/SF and pure HA scaffolds.

The CGO-Ru (3.0 wt.%) catalyst was selected as the post-reforming catalyst because it shows high selectivity for removing light hydrocarbons (over C1-hydrocarbons) and achieving the high reforming efficiency.

The smaller polarisation resistance arc for the infiltrated sample indicates that the infiltrated CGO nanoparticles effectively extend the triple phase boundary (TPD) and, therefore, geometrically enhance the electrode performance.