Sentence examples for mechanisms of amorphous from inspiring English sources

Additionally, the phase formation mechanisms of amorphous and solid solution phases, as well as the correlation between the microstructure and magnetic properties have been discussed, which can be beneficial to the design of novel alloy systems.

Differences in the bonding mechanisms of amorphous, C49 and C54 TiSi2 have been studied by the combination of experimental Si-L23 edge electron energy-loss near-edge structures (ELNES) and first-principles calculations using model clusters composed of 48 to 69 atoms.

Raty, J.-Y. et al. Aging mechanism of amorphous phase change materials.

The deformation mechanism of amorphous poly ethylene terephthalate)(PET) has been studied as a function of molecular weight and entanglement density in predrawn films.

Thus, in this paper, we probed the origin of low friction mechanism of amorphous carbon films against Al2O3 ceramic ball based on first principles calculations.

The contact angle study can be used as an easy method to determine the dissolution mechanism of amorphous solid dispersions through fitting the profile of contact angle of water on a series of tablets.

To understand the wear mechanism of amorphous carbon nitride coatings (a-CNx) sliding against SiC ball in water, the influence of tribological variables such as normal load (W) and sliding speed (V) on the friction coefficients and the specific wear rates (ws) was studied.

These results point to a mechanism of amorphous cellulose disruption by the CBM akin to the cellulose "swelling factor" proposed in the model by Reese et al. [ 44] Taken together, the cellulose hydrolysis and NR data indicate that the addition of the CBM increases binding to cellulose and facilitates penetration into the bulk of the solid cellulose substrate.

A brief discussion was also presented for the formation mechanisms of the amorphous phase and the amorphous-crystalline composites.

In addition, the mechanisms of formation of amorphous nanoparticles and several physicochemical properties associated with amorphous nanoparticles are critically reviewed.

We studied mechanisms of interaction of amorphous α-chitin macromolecules with hkl crystal planes to form highly ordered structures, as well as the role of specific sites in the biopolymer, which can be related to nucleation and spheroidal crystal growth.