Sentence examples for preferential faster from inspiring English sources

Microtubules are in a state of dynamic equilibrium with their subunit tubulins α and β, arranged in a head to tail fashion, with preferential faster growth (plus ends) at one end, and slower growth (minus ends) at the other end.

Net neutrality activists argue that would divide the Internet into preferential "fast lanes" and disadvantaged "slow lanes" for online traffic.

The absence of titania crystalline phase (anatase or rutile) in XRD spectra (Fig. 3b) can be explained by gradual crystallization of every layer at 300 °C leading to the formation of crystallization centers that can cause to the preferential and faster crystallization of iron titanates rather than titania along.

Here, we extend the notion of preferential and faster processing of emotional language to the auditory modality in which sentences are emotionally intoned.

This was based on a large body of literature showing that in aging there is a preferential loss of fast motor units (especially in non-postural muscles) resulting in a preferentially loss of fast-twitch myofibers [53], [54].

A most effective condition for fast preferential flow is the presence of sub-horizontal barriers of significant length.

This paper presents conceptual and numerical models which aim at developing an understanding of water seepage behavior in such media, and exploring conditions for fast preferential flow.

Evidence from a number of field sites suggests that water seepage through fractured unsaturated zones may proceed, in part, by means of fast preferential flow paths.

Initial dissolution transients (intervals of rapid release rates that decay to slower steady-state rates) showed fast preferential release of K followed by near-stoichiometric release of Si, Al, and Mg, and slower release of Fe.

The results presented in this study reveal that stemflow and root induced preferential flow triggers fast lateral subsurface flow bypassing large parts of the soil matrix at least during rainstorm events.

We summarize recent field observations of subsurface flow and transport from semi-arid regions, discuss alternative approaches for modeling fast preferential flow, and evaluate prospects for resolving current uncertainties.