Sentence examples for boosting active from inspiring English sources

Desired structures and morphologies for boosting active site density and enhancing mass and charge transfer are essential for developing next-generation PGM-free electrocatalysts.

The enhanced photocatalytic activities toward water splitting arise from the boosted active sites for hydrogen generation and the enhanced charge transfer.

Introducing high-index facet into crystals is a promising way to provide additional catalytically active sites for boosting intrinsic activity.

We conclude that open educational practices can boost students' active engagement in educational processes.

High surface area and continuous catalytic layer on graphitic carbon boosts the active sites and reactivity during electrolysis.

The enhanced photocatalytic activity is mainly attributed to the synergistic effect of enhanced specific surface area, effective electron hole pair separation and boosted catalytic active sites.

The excellent electrocatalytic properties of urea oxidation are considered due to the one-dimensional free-standing nanoscale alloy structure, which can largely boost the active sites, facilitate charge transfer, and improve the duration of urea electro-oxidation.

We show through comparison with a random AmLi source of equal strength how the use of a correlated driver significantly boosts the active signal and reduces the statistical uncertainty.

The edge site of MoS2 was initially identified as the active site for the HER, which then triggered the development of new HER catalysts that can maximize the density of active edge sites, thereby boosting HER activity.

The superior ORR and OER performance could be due to a synergistic effect between ZIF-8 derived porous carbon and graphene with regard to structure and composition of [email protected] with high surface area, porous structure, and suitable N doping level and type, boosting the catalytic active sites, mass transport and electron transfer.

Current ongoing research is examining how boric acid-based treatments, enhanced with an EDTA excipient to boost antimicrobial activity, may be active against the vaginal biofilm and be a potential candidate for BV treatment [ 118].