Sentence examples for strength of driving from inspiring English sources

If the diameter of pores is 10 50 nm, then the calculated capillary pressure of those pores could be 12 24 MPa (Zhang et al. 2014), indicating that at least under such strength of driving force (buoyancy or abnormal pressure), hydrocarbon could be capable of migrating.

Realistic information about the thermodynamic stability and the structure of the aggregates is available through SCF modeling provided that the set of parameters accurately describes the system, as there is a strong relation between molecular architecture, strength of driving and stopping forces, and the structure of the most-likely micelles.

Through this paper, we also aim to demonstrate the strengths of driving simulation in terms of interaction design for automated driving systems.

This parameter can be interpreted as a ratio between the strengths of driving vortices shed from spanwise and streamwise edges respectively, suggesting that the 3D structure of the flows driving autorotation would repay further investigation.

Here R0 is the baseline (spontaneous) firing rate, m and n are exponents, R D and R S are the strengths of driving field and suppressive field, and D d) and S d) are the fractions of the driving field and suppressive field covered by the stimulus (between 0 and 1), which depend on the sizes σ D and σ S of the driving field and suppressive field.

When the tie strength is less than the average tie strength, the portion of driving ties decreases as the tie strength increases ((y(x) = 0.0015311x^{-0.37327} + 0.81391) with (r = 0.943)).

So here were the Knicks, ahead by a point on the strength of a driving layup by the often all-thumbs Jeffries with 49 seconds remaining.

However, a reduction of the core density typically implies a lower strength of the driving force for micellization.

We show an automatic, robust transformation of bulk diffusion polygons into fins, while addressing the key requirements of cell libraries, as maximizing performance and interface compatibility across a variety of driving strength.

However, when the tie strength is higher than the average, the portion of driving ties increases with the tie strength value ((y(x) = 0.63963x^{-0.031178} + 0.26833) with (r = 0.975)).

A key strength of this study is that we examined accessibility by walking distance; the cost of driving and using public transport can be significant barriers to travel.