Sentence examples for fast pathways from inspiring English sources

Faults are shown to be fast pathways for gas flow but affect subsurface response only on a relatively local scale.

Ageia's big innovation was to forge extremely fast pathways between the processing cores; data can move around at up to 2 terabits per second, several times the speed of other chips.

After heat treatment, the obtained LiNi1/3Co1/3Mn1/3O2 nanoflowers (NL333) pronouncedly present a pristine flower-like nano-architecture and provide fast pathways for the transport of Li-ions and electrons.

As SIB anode, it could hinder nanospheres aggregation and provide fast pathways for Na+ transportation, which resulted in a capacity of 400 mAh g−1 at 0.1 C. The membrane carbon shell restrained the aggregation of Sn nanoparticles and connected all the YS Sn@C nanoparticles through itself to generate highway of ions and electrons.

This line of evidence, coupled with the findings that appraisal of coherence occurs before the act of object identification (because this appraisal is activated via fast pathways that initially bypass bottom-up analysis), explains why the feeling of knowing is often associated with an affective experience: the feeling of knowing arises at the gut level.

The main limitation of our study is that we considered a hypothetical model based on theoretical assumptions such as similar anterograde and retrograde conduction velocities for the slow and fast pathways in both types of AVNRT.

But these pale into insignificance beside the deep desire of Conservative parliamentarians and Conservative activists to be painted a picture, by the leadership candidates, of a fast pathway back to power.

In particular, the NWs offer a fast pathway for electron transport as well as light scattering effect.

The durability of building materials is related to the presence of cracks as they provide a fast pathway for the transport of liquid and gases through the structure.

In the GA coating, the inter-particle pores connected by poorly bonded inter-particle boundaries provide fast pathway for corrosive medium and consequently result in a poor corrossion resistance.

The desirable cyclic stability and rate capability were attributed to the unique architecture that provided fast pathway for electron transport and simultaneously solved the major issues of Sn-based anodes, such as pulverization, aggregation and loss of electrical contact.