Sentence examples for a function of tensions from inspiring English sources

This year, the clock remained at three minutes to midnight, a function of tensions between the two countries that make up most of the graph above.

Lewin proposed that human behaviour should be seen as part of a continuum, with individual variations from the norm being a function of tensions between perceptions of the self and of the environment.

Figure 1E displays the extension difference, Δ x, between the stretching and corresponding relaxing curves as a function of tension F, averaged over many molecules (N = 36; black points), and the corresponding theoretical model (black dashed line).

In agreement with these findings, our results describing the proliferation of equine cells as a function of oxygen tension showed that the growth of AT-MSCs was significantly higher at atmospheric oxygen tension, while BM-MSCs underwent also more proliferation in 20% O2.

The gradient curve presents the residual DNAPL saturation as a function of interfacial tension and microemulsion viscosity.

The velocity of air entrainment is found to be a function of surface tension and viscosity for viscosities less than 4.65 poise.

The normalized wetting rates as a function of surface tension of the test liquids for a given powder will show a maximum, which is the solid vapor surface tension of that powder.

To this end, a constitutive model estimating the shear stiffness as a function of axial tension along warp and weft in a typical glass plain weave has been selected.

Calculation of liquid penetrativity as a function of surface tension and contact angle clearly demonstrated the importance of both solid and liquid interfacial properties in determining the stability of subcritically water repellent aggregates against slaking.

The new methodology, called axisymmetric drop-shape analysis – electric fields (ADSA-EF), can generate numerical drop profiles as a function of surface tension, at any given gravity and/or electric field.

Figure 4 shows the nonlinear frequency variation against the nonlinear amplitude as a function of axial tension.