Sentence examples for much shorter scale from inspiring English sources

Not only does the EAI have good reliability and validity, but it is theoretically driven, has clear cut-off scores for operationally defining exercise addiction, and is a much shorter scale than other instruments (helping to reduce the time that participants spend completing research surveys).

Large domains are seldom observed in cells and current models for domain formation involve complex and transient interactions between not only lipids but also proteins and on a much shorter time scale and also smaller length scale.

Unexpectedly, the scaling range for acoustic bursts not only covers this range but spreads to much shorter time scales with the same scaling exponent.

This could indicate an explosion as big as a hundred thousand stars blowing up; the accumulation of stardust over millions of years; or, again, that black hole, spewing something out, less like the smoke from Jabba's pipe than like the ash from a volcano, over "a much shorter time scale, perhaps 10,000 to 100,000 years".

Second, the physico-chemical changes detected in PVMS take place on much shorter time scale relative to PDMS.

Kalanick said that part of the challenge was taking a traditional scientific approach on a much shorter time scale in order to keep up with competitors.

Yeakel created a timeline based on existing records from paleontology, archaeology, and art, which picks up about where the fossils leave off and zooms in on a much shorter time scale.

The light signal from a sub-relativistic dust grain is expected in much shorter time scale (∼0.001 s), in comparison with the meteor signal (∼0.1 1 s), and much longer than duration of the UHECR signals (tens of μs).

One significant feature of the two-stage filtering schemes discussed above is that the consensus communication occurs at a much shorter time scale than the operation of local filters, i.e., it is assumed that there is sufficient time for the network to achieve consensus through intensive inter-node communications before the arrival of the next observation.

Diffusion of the components is a fundamental process accompanying whole-organelle dynamics on a much shorter temporal scale.

As seen in the figures, the main difference between finite speed segments and near-zero speed segments is that the near-zero speed segments occur on a much shorter time scale than the finite speed segments.