Sentence examples for approach for interfacial from inspiring English sources

The core – sheath interfacial interactions in a bicomponent thermoplastic filament have been analyzed by means of an adapted micro-mechanical approach for interfacial pull-out.

The factors include the improvement of the overburden layer, the modeling approach for interfacial contact between the cut-off wall and surrounding soils, the modulus of the cut-off wall concrete, and the connected pattern between the cut-off wall and the clay core.

The existing approaches for interfacial failures do not work well to explain the diverse failure modes, nor give the detailed stress evolution as the increasing of applied loading.

Recent breakthroughs in the embodiment of molecular photoactive components in ultrathin oxide layers, and the introduction of new materials approaches for interfacial charge transfer have led to substantially improved coupling of chromophores and catalysts.

The ability to tune the interfacial tension so dramatically has only begun to be explored and represents a promising approach for tuning the interfacial behavior of the metal.

This study represents an innovative approach for developing polymeric interfacial catalyst.

The high resolution of the AFM in the loading process and the ability to observe the embedded portion of the CNT eliminate uncertainties of the nanopullout process and provide a more controllable approach for measuring the interfacial strength in CNT/polymer nanocomposite systems.

In summary, for the first time, we have developed a self-assembly approach for generation of interfacial polygonal patterning with as-synthesized AuNPs as starting building blocks.

We present a newly developed approach for the calculation of interfacial stiffness and contact area evolution between two rough bodies exhibiting self-affine surface structures.

Engineering of polymer thin films has long provided a powerful approach for exquisitely controlling the interfacial properties of diverse materials, and, hence, offers enormous potential as a tool for cell surface engineering.

Here we present the first report on a promising interfacial approach for Sn Ni electrode that the use of acid-resisting and -scavenging fluorine-dopant on Sn combined with acid-scavenging trimethyl phosphite electrolyte additive to LiPF6-contiaing carbonate-based organic electrolyte improves the interfacial stability of Sn to acidic electrolyte species.