Sentence examples for morphology for device from inspiring English sources

Unfortunately, the beneficial morphology for device performance is usually a kinetically frozen state which has not reached thermodynamic equilibrium.

Unfortunately, the beneficial morphology for device performance is usually a kinetically frozen state in which thermodynamic equilibrium has not been reached.

Open image in new window Fig. 4 Diagrams representing adequate morphology for device operation in the nanoscale (a), microscale phase segregated phases (b) produced by degradation external agents.

Many potential applications of porous silicon nanowires (SiNWs) fabricated with metal-assisted chemical etching are highly dependent on the precise control of morphology for device optimization.

If no special precautions are taken, fullerene aggregates are visible being a clear sign that the initial nanoscopic morphology beneficial for device performance is no longer present.

MZO films are required to have a high electrical resistivity and smooth surface morphology for piezoelectric device application.

Clearly, it is desirable to develop and apply techniques to study the processes of droplet epitaxy in real-time in order to understand basic growth mechanisms and optimise the control of quantum structure morphology for potential device applications.

And the greatest morphology of device B can be ascribed not only to the proper annealing temperature but also to the favored condition for molecular self-organization.

For efficient device applications, nanomaterials having a large specific surface area are the prime need of the present scenario, and nanomaterials with porous morphology are an additional important feature for device application.

The approach, which combines self-consistent field and density functional theories, can facilitate the design of hybrid materials with the desired morphology for novel opto-electronic devices, separation membranes and catalysts.

Thus, BHJ films were prepared for P2b for device performance studies and the morphology of these films was studied by atomic force microscopy (AFM).