Sentence examples for surface augmentation from inspiring English sources

Low adsorption ability of non-porous TiO2 particles can be improved by surface augmentation using inert supports.

According to the thickness of the coating it may be used as an insulating material or for surface augmentation.

A flat heat pipe was used to study the effects of an advanced working fluid previously shown to improve the thermal performance of phase change heat transfer devices through surface augmentation of the wick.

The crystallization of MOF in solvothermal method carried on as long as the particles remained in the solution, thus continued their surface augmentation.

To date, although more advanced works have been performed to develop high performance heat exchangers with varieties of shape, size, and tube surface augmentation, heat transfer fluids with significantly improved thermal properties over those currently available remain one of the most challenging tasks.

While the solutions we identify cannot increase the flow of influent or effluent coming into or out of a treatment plant, they can improve the value of the remaining effluent in a cost-effective manner that takes into account the characteristics of its demand, whether it be for landscaping, golf courses, agricultural irrigation, or surface water augmentation.

The performance parameters, namely, the surface efficiency and augmentation factor are determined.

The performance parameters, namely, surface efficiency and augmentation factor, are furnished as a function of different design variables.

Among the local risk factors, inaccessibility for oral hygiene, deep peri-implant pockets, implant supra-structure connection, soft tissue characteristics (keratinized tissue), iatrogenic causes (cement remnants, implant malposition, surgical procedure), implant surface roughness, bone augmentation procedures, and full-arch rehabilitations have shown effect on disease development.

It is suggested that the usage of proper guide ribs/vanes is a suitable way to augment the blade tip heat transfer and improve the flow structure, but is not the most effective way compared to the augmentation by surface modifications imposed on the tip-wall directly.

By using an azobenzene conjugated cyclosporin derivative as a model system we have demonstrated that the enhanced steric hindrance resulting from this "borrowing surface" design can cause augmentation of the functional difference between the cis and trans conformers of this light-switchable compound.