Sentence examples for enhance contact from inspiring English sources

This core-core-shell hierarchical architecture can not only shorten ion diffusion path and optimize charge transport, but also enhance contact surface area.

Ni foam is acted as the current collector and the Ni ion source to reduce precursor cost and enhance contact between electrocapacitive material and substrate.

Incorporation of nanoparticles can enhance contact angles on coated concrete and reduce water absorption by increasing degree of surface roughness of coatings, whereas nano-SiO2 is relatively more effective than nano-TiO2 in modifying surface properties of coatings.

Insight Cuba had to refile its renewal application, which grew to 174 pages from 10, Mr. Popper said, under new rules requiring that applicants "describe how the educational and people-to-people exchanges you propose would enhance contact with the Cuban people, and/or support civil society in Cuba, and/or help promote the Cuban people's independence from Cuban authorities".

Interestingly, cobweb-like architecture on Ti grid is formed after surface modification, and ultrathin MnO2 nanosheet arrays are homogenously covered on such cobweb-like architecture to enhance contact surface area and close connection between these components to promote ions penetration and electron transport.

Furthermore, regarding DCs in vaccines, the most important APCs are artificially derived in an in vitro environment to enhance contact between the cells and the antigens.

Walter H White Partner, McGuire Woods Key figure in efforts to enhance contacts between black Britons and African Americans.

Some proponents of such expenditures believe that they serve to enhance contacts, breed confidence, improve the flow of information, and stimulate business.

The main benefit is that the charge descends regularly, without sticking, because the narrowing of the range of particle sizes makes the gas flow more evenly, enhancing contact with the descending solids.

Hence, finer and tougher, as well as less irregular and more homogeneously distributed primary carbides are pointed out as key microstructural features for enhancing contact fatigue strength of coated cold-work tool steels.

The cationic surface charge of the PMs enhances contact with MCF-7 cells, and the use of small micelles facilitates internalization.