Sentence examples for substantially steeper from inspiring English sources

Analyses of smoothing curves and regression lines for tibia and patella lead suggested an inflection point at 55 years of age, with slopes for subjects ≥ 55 years of age that were not only steeper than those of younger subjects but also substantially steeper than those observed for individuals > 55 years of age in studies of predominantly white participants.

Glavine said the mound on the field was substantially steeper than the one in the bullpen.

Dawnay Day would ease out its mainly lower-income residents, rehabilitate the apartments and charge a new generation of younger, more affluent tenants substantially steeper rents.

It was perhaps the biggest decline among industrial countries, and substantially steeper than in Europe, which has been much more committed to combating climate change.

However, the function was substantially steeper under the pulsed-pedestal than under the steady-pedestal paradigm, such that a large change in optotype size produced a relatively small change in retinal spatial frequency (cycles per degree).

The same analysis at the largest (29 deg) separation reveals a different picture (Fig 2B): the slope of the function measured during the last training session (black circles) is substantially steeper than that measured during the first session (open circles), showing that perceptual training reduced bisection thresholds at large separations.

First, there is a substantially steep drop phase in the first 12 months, indicating that a considerable number of Africans chose illegal residence right after they arrived in China.e Second, there is a greater downward trend of the slope of the survival function in the late stage, at the time point of around 40 months.

Compared to volume-matched controls (filled circles), irradiated tumours had slightly lower intravascular oxygen levels (as evidenced by the intensities at the shortest distance zone), and the slope of the curve is substantially less steep.

Suppression for both patterns decreases as surface slant increases, with substantially greater and steeper changes in suppression for the octotropic plaid.

For CVD (and related cause-of-death groupings) the fitted function [RR = 1 + 0.2685(dose)0.2730] indicates an exposure response relationship that is substantially nonlinear, that is, much steeper at the very low levels of exposure compared with higher levels of exposure.

We conclude that the combined use of field surveys and L-band DInSAR analyses can substantially improve process understanding in steep, high-mountain terrain.