Sentence examples for greater time scale from inspiring English sources

In an accompanying commentary, two British geologists who were not involved in the research wrote that some scientists had suspected the greater time scale for the canyon's formation, but that the new study "demonstrates it firmly for the first time".

Interestingly, we found that when observed with a greater time scale than what was previously studied [ 19], the recruitment of both receptors still appeared cyclical.

When divergence time reaches the extremes, the compared sequences among genes often vary considerably and their corresponding protein structures may changed over greater evolutionary time scale.

One product is produced in greater amounts at one time scale and the other is produced in great amounts at a different time scale.

In estimating the diffusion coefficients (38) from (29), we choose a characteristic PUI speed for the region of interest and assume that the scattering time can be approximated by a time scale greater than the corresponding gyroperiod.

Its variability exhibits two states, one at higher output with great variability on a time scale of minutes and another at lower output with the variability correspondingly lessened.

The oscillations are dependent on the rate of desorption and exhibit a time scale much greater than those of the adsorption and surface reaction steps in the model.

If a wolf — within a time frame so short that it can be almost entirely recorded, and by means so simple that they can be mastered even by illiterate people — could be transformed through selective breeding into everything from a Great Dane to a toy Pekinese, then surely Nature, working on a time scale so much greater, could produce even more dramatic transformations — say, monkey into man.

But concrete has complex chemical and structural properties that are manifested at greater length and time scales, so atomic scale models must ultimately be integrated with new models that capture behavior at mesoscopic and macroscopic scales.

Materials optimization would be considerably assisted by reliable modeling tools that relate the chemical composition of a material to its properties, which are often determined on far greater length and time scales than those pertaining to the atoms and molecules of which it is comprised.

A promising convective time scale shows great potential for characterizing the spectral features, yet its predictive capabilities are to be further verified through a longer DNS signal of a bounded flame configuration.