Sentence examples for morphology modification of from inspiring English sources

The morphology modification of the barrier layer was found to induce current density distribution change.

The effects of the evaporation conditions of solvent during fabrication process on water swelling, proton conductivity and thickness measurements suggest a morphology modification of the semi-IPN.

In addition to a change in silicon morphology, modification of aluminium silicon alloys with strontium or sodium increases the size of the eutectic grains.

In particular, in the present work, we investigate the surface morphology modification of the vertically aligned MFCNTs upon FSL irradiation and properties of the products obtained after irradiation and develop the mechanism of the interaction of FSL with such complicated media as the arrays of MFCNTs.

Numerical analysis compares the effects of different building morphology modifications on pedestrian-level natural ventilation.

Regarding the stability of this beneficial morphology, it is believed that the tendency of fullerenes to diffuse through the polymer phase resulting in a formation of large fullerene crystals via Ostwald ripening is regarded as the primary cause of morphology modification.

One common example of such morphology modification is antidot arrays, where a regular pattern of nanoholes acts as local pinning sites for the magnetization [7 9].

Ultrafast lasers are playing an increasingly significant role in materials research, characterization, and surface morphology modification due to a number of unexpected phenomena and formation of new structures.

These improvements in capacities have been attributed to the PPyTSNC morphology modification which ensures a large incorporation of the electrolyte inside the nanostructure.

Conformational modification, morphology modifications, and reduction of the Coulombic interaction by a screening effect were proposed to explain the conductivity improvements [13, 15 18].

If the volume fraction of the dispersed phase is not too low, the first normal stress difference is proportional to shear rate, in agreement with the prediction of Doi-Ohta theory, as a result of morphology modifications during flow.