Sentence examples for more effectively enhance from inspiring English sources

"If you relax your total control, you can more effectively enhance your economy and your development," said Robert A. Pastor, an Emory University political scientist and former member of the National Security Council.

Smaller hydraulic fracture spacing can increase the volume of the stimulated zone near the horizontal well and better communicate with the local natural fractures (Sun and David 2015), thus more effectively enhance the recovery.

In contrast with carbon nanotubes and general carbon mesoporous materials, BGMC is of a relatively isotropic graphited structure and thus can more effectively enhance the heterogeneous ET. Furthermore, a series of BGMCs with different pore sizes (2 7 nm) is designed and synthesized to study the influence of pore size on the immobilization of redox proteins and on the electron transfer.

The agricultural activities (i.e., experience of rural culture) (experiment C) and other tourist behaviors (i.e., tourists' mutual engagement) (experiment D) were integrated with SDL agritourism activities in order to more effectively enhance the tourists' experience of agritourism and lead to an increase in tourists' intention to revisit and actual purchase of agricultural products.

Likewise, public spending on primary education can more effectively enhance primary education achievements in countries with better governance.

These experiments should investigate long-term conditioning using single or repeated stress treatments to investigate whether this could more effectively enhance bone ECM maturation.

Those prepared with a 2-mm dentin ferrule more effectively enhanced the fracture strength of custom cast post-core restored endodontically treated maxillary central incisors.

Moreover, the hexaEG functionalized IL (e.g. hexaEG-DHIM) more effectively enhanced the reactivity of KF compared with the t-alcohol functionalized IL (e.g. hexaEG-DtOHIM).

These results show that nanofluid improve the heat transfer performance for electronic liquid cooling system, and smaller nanoparticles added to the based liquid more effectively enhanced the heat convective coefficient.

For applications with relatively slow cooling rates, the thermal durability in single-layer TBCs is more effectively enhanced by controlling a composition ratio in the blended powder, better than introducing a single buffer layer.

Compared to no treatment (CON), soluble vimentin levels were enhanced slightly with S1P treatment, but more effectively enhanced with GF treatment (Fig.  10a).