Sentence examples for enhanced uniform from inspiring English sources

With a better control of nucleation and grain competition by increasing the undercooling through enhanced uniform or spot cooling, grains with more Σ3 or twin boundaries were obtained.

With increased substrate resistance and pumped triggering current provided by power bus controlled PMOS, this structure features a significantly reduced trigger voltage of 2.8 V and an enhanced uniform conduction of multi-fingers.

Ductility improvement is attributed to the enhanced uniform elongation correlated with twinning suppression, and the enhanced post necking elongation controlled by grain refinement, especially at the fine grain sizes.

The enhanced uniform and pitting corrosion resistances of BN-SS304 were attributed to the larger resistance and better chemical stability of the oxide film on BN-SS304, the less corrosion rate of Cr0 for BN-SS304 and the larger atomic percentage of Cr3+ in the oxide film on BN-SS304.

To the best of our knowledge, it is the first time to simultaneously realize the combination of enhanced graphitization, uniform surface defects, and self N-doping of the carbon support materials.

In comparison, with a lambertian profile along the flexible mesh, the model predicts an enhanced, more uniform transmittance within the abdominal cavity due to increased surface area relative to the silica rod.

Macroscopic stress-strain behavior revealed that a higher ultimate tensile strength and enhanced post-uniform elongation are achieved in the specimen with sharp carbon gradients in its martensite constituents.

Such design offers several advantages of enhanced mass transfer, uniform light distribution, short light transfer path, membrane elimination and easy fabrication, integration, and compatibility with other microdevices.

The OBR is a relatively new reactor technology and offers enhanced and more uniform mixing than traditional reactors, making some model assumptions more closer to the reality.

These constructs have the combined advantages of preformed porous scaffolds and in situ forming hydrogels in allowing enhanced mass transfer, uniform cell seeding, and protection of cells from excessive, non-physiological shear stress.

The fluorescence images of thin sections of 3D constructs from static and perfused cultures confirmed enhanced cell viability, uniform cell distribution and alignment due to nutrient provision from inside the 3D structure.