Sentence examples for contribute predominantly from inspiring English sources

It is demonstrated that faradaic-type (redox) reactions, that are typical for battery-like materials, contribute predominantly to the high electrode capacity of 257C g−1 (at 0.1 A g−1).

Expected findings are that certain population states contribute predominantly to certain spectral regions (e.g. bipolaron states to the IR, the valence band to the visible and other mid-gap states to the microwave).

Muscarinic receptors located in hypothalamic thermoregulatory centers contribute predominantly to the regulation of body temperature (Myers, 1980), while muscarinic receptors in the dorsal horn of the spinal cord and the thalamus were shown to reduce pain perception (Harte et al, 2004; Iwamoto and Marion, 1993).

Consequently, the gaps between the hit ratios produced by the algorithms contribute predominantly to the achievement of the differences observed between the consumption of resources.

The A-type channel transcript Kv4.2 showed the highest expression level and, thus, seemed to contribute predominantly to the generation of Kv currents in proliferating hNPCs.

First, capillaries should be differentiated from venules, because capillaries contribute predominantly to organ perfusion.

The continuous motion contributes predominantly to CO2 diffusion.

Comparison with the literature data indicates that volume diffusion of Ni contributes predominantly to the NiO growth over the whole temperature range.

Cysteine protease activity was shown to be dominating at neutral pH, whereas aspartic protease activity contributed predominantly to the proteolytic repertoire at acidic pH.

Whereas the anterior clonal cluster displays relatively more tangential dispersion and contributes predominantly to nuclei with cognitive functions, the medial ventral posterior clonal cluster forms prominent radial arrays and contributes mostly to nuclei with sensory- or motor-related activities.

The results show that surface diffusion contributes predominantly to the overall mass transfer kinetics on both the MIP and the NIP, compared to external mass transfer and pore diffusion.