Sentence examples for changing uniformly from inspiring English sources

Along with the width of the inner bar increasing, the localized waveguide resonance mode red shifts regularly with a tiny decrease of the peak value of all the kinds of composed structure introduced here, and the surface plasmon resonance mode red shifts regularly accompanied by peak value changing uniformly for the structures with only one type of metal.

Rather than viewing basement membranes within a given tissue as homogenous structures changing uniformly over time, further exploration of their assembly and maintenance as spatially heterogeneous structures is warranted.

The drift is a blue-shift, uniformly changing with rate ∼6 · 10−9 Hz/s.

Gene-engineering of T cells offers the possibility of uniformly changing the characteristics of their immune responses.

There were 697 and 376 uniformly changing SSTF probe sets in the Green (Fig. 3A) and White (Fig. 3B) cross-comparisons, respectively.

The fold scanner script asks, for a specific combination of three comparisons (three of the letters A I), within the set of uniformly changing SSTF probe sets, how many probe sets pass the fold cutoff in all three comparisons.

We concluded that the syncitial pool of Dnmt2-EGFP is dynamically changing from a uniformly cytoplasmic localization during S-phase to a microtubule-dependent spindle-like distribution during pro- and metaphase of mitosis.

These comparisons were labeled A,B,C,D, E, and F. The fold scanner script asks, for a specific combination of three comparisons (three of the letters A through F), within the set of uniformly changing SSTF probe sets, how many probe sets pass the fold cutoff in all three comparisons.

We have shown that the ACF, which provides a popular measure of similarities due to its efficient evaluation via FFT, is biased: for otherwise uniformly changing sarcomere length, the sarcomere length estimate from ACF analysis is always modulated.

Often, system specific residence times alone are not useful to describe the timescales of transport in the Damköhler concept, because it neglects that degradation of redox-sensitive compounds depend on dynamically changing and non-uniformly distributed hydro-biogeochemical boundary conditions that either facilitate or suppress biogeochemical reactions.

All images in this figure have been brightened uniformly by changing the original pixel saturation level of 4095 to 2465, reducing the dynamic range of pixel intensities to 60%% of the original range Fig. 7 Surface intensity plots of Alexafluor-647 BSA perfusion during RF exposure.