Sentence examples for deep corresponding from inspiring English sources

The fabricated channel is 40 μm in diameter and 50 μm deep, corresponding to a total liquid volume of 63 pL.

By varying the gravitropism of basal roots, we simulated three distinct root architectures: shallow, intermediate and deep, corresponding to observed genetic variation for root architecture in this species.

While the majority of life on earth is adapted to ambient pressure conditions, on aver-age about 88% of the oceanic water on earth is 3800 m deep, corresponding to a hydrostatic pressure of 380 bar, which is by far not the highest value on earth [1].

The processed image shows a solid line located 150 µm deep corresponding to the surface of the coverslip, and a broken line due to the onion skin (indicated by arrows in Fig. 4c).

The laminar profile (plotted to the right of the map; red, M1; gray, S1) shows a peak at the level of the L3/5A border (black arrow), ∼0.5 mm deep, corresponding to ∼1/3 of the normalized cortical depth (DN) in both M1 and S1.

The laminar profile (plotted to the right of the map; red, median ± median absolute deviation; gray, individual cells) shows a peak at the level of the L3/5A border, ∼0.5 mm deep, corresponding to ∼1/3 of the normalized cortical depth (DN).

In particular, for all experimental scenarios with plastics films and granules, the BR curves always exhibited a slowly drop as melting started and then a sharp increase followed by a deep decrease corresponding to the first stage of intense decomposition, afterwards a second increase – drop section corresponding to the second stage of decomposition appeared.

But hostility to Eastern European migrants, though real enough, still does not run as deep as corresponding hostility to Muslims.

The emission color can vary from green to deep red, corresponding to a 4T1 6A1 transition.

From Equation (23), we can deduce that the resulting channel can have deep "notches" corresponding to the frequency value of 1/2τ.

A common feature on the experimental plots of the chemical diffusion coefficient of Li+, D vs. the potential observed for a variety of Li-insertion compounds, appears in the form of a deep minima corresponding to the peak values of the differential intercalation capacitance.