Sentence examples for between the surface energy from inspiring English sources

Figure3 shows the correlation between the surface energy measure with the sessile drop method as indicated in the previous section with that of the Raman ratio D / G.

The QD formation, evolution and defect introduction depend strongly on the balance between the surface energy and the strain energy of the system and the growth kinetics.

The preferred orientation of a film is due to its lowest overall energy, which is a result of competition between the surface energy, the strain energy, and the stopping energy of different lattice planes [19, 20].

Clearly, there is a linear relationship (curve fit shown) between the surface energy and the relative surface area, reaffirming that the observed surface energy is physically confined to the surface of the particles and that the relative amounts of surface energy increase for decreasing particle sizes.

The adhesion force of deposited metallic films primarily depended on the surface roughness of the pretreated substrate, and there was no strong correlation between the surface energy of the pretreated PET and the adhesion force of deposited Cu/C:H films.

Strong correlations between θ, the surface energy parameters and the calcium phosphate formation for the whole area processed samples allow one to realize the potential for this surface treatment technique in predicting the bone forming ability of laser processed materials.

Unfortunately, there is a significant difference between the surface energies of PVDF and SR phases, which results in an unstable interface and deteriorates the mechanical properties of their blends.

These lower the excess surface energy with respect to the melt, but do not completely eliminate the discrepancy between the values of the surface energy from computational results and analysis of experimental data.

First to continue, a comparison between our results on the surface energy of supported/embedded Au NCs with respect to the work of Nanda et al. [36] on the surface energy of free Ag nanoparticles is meaningful: they investigated the size-dependent evaporation of free Ag nanoparticles by online heat treatment of size-classified aerosols at different temperatures for a particular time period.

We conclude that the size-dependent reactivity observed here is a direct consequence of a difference in surface energy between these materials and that the surface energy of 4 nm-6LF is greater than that of 6 nm-6LF.

Our results show a positive correlation between the shear strength and the surface energy of the investigated metals.