Sentence examples for tension interface from inspiring English sources
The last few weeks of the first trimester of pregnancy are particularly perilous for the conceptus, as the onset of placental perfusion causes a dramatic increase in local oxygen tension interface, which in turn poses a considerable oxidative challenge (33).
The method for simulating the zero-tension interface numerically is validated.
An approximating expression is proposed to describe the shape of normalised V-H-M failure envelopes for strip and circular foundations with a zero-tension interface.
Undrained capacity of strip and circular surface foundations with a zero-tension interface on a deposit with varying degrees of strength heterogeneity is investigated by finite element analyses.
We focus on a perturbed spherical solid crystal growing in an undercooled liquid with isotropic surface tension and interface kinetics.
The key point of this study is the use of D400, which significantly reduces the interfacial tension at interface of oil and water and thus results in a stable emulsion.
The argument is supported by Laplace equation which gives the magnitude of capillary pressure (P) developed in capillary of radius R c : P; = ;frac{{2gamma_{LV} Costheta }}{{R_{c} }} (5 where, γ LV is the tension at interface between liquid and vapor, θ, the angle of contact between liquid drop and solid surface.
On the other hand, the formation of disordered clusters could give rise to roughly spherical aggregates of particularly favorable surface tension and/or interface energy.
The events often provoke protests and riots on the parade routes, and they raise tensions in interface flash points like the Short Strand and Cluan Place.
(45) Earlier values of 25−30 cal mol−1 per Å based on measurements of solubilities and vapor pressures of nonpolar solutes were revised by Sharp and co-workers(44) to 47 cal mol−1 per Å based on measurements of surface tension hydrocarbon−water interfaces.
In equilibrium, it can be deduced that, ( R=rsqrt{1/left 1-{left({delta}_{1S}/{delta}_1R=rsqrt{1/left 1-{left] where δ 1S and δ 1 are interface tension between solid/liquid and surface tension of the catalyst, respectively.
