Sentence examples for dependent on the gradient from inspiring English sources

The magnitude of the bond length anisotropy is found to be dependent on the gradient of macroscopic plastic strain along the gauge length.

Thus, the choice of dialysate [K] is critical for maintaining K homeostasis, since K removal is strictly dependent on the gradient between predialysis plasma and dialysate [K] (together with K dialysance and HD time).

Temporal RGC axons invading these gradients stop in a defined zone within the gradient in a manner that is dependent on the slope of the gradient.

An explanation of this effect is presented based on local convection induced by the magnetic field gradient force which is dependent on the concentration gradient established during the deposition.

In a broad temperature range, the pure valley current is found to be linearly dependent on the temperature gradient while it increases with the increasing temperature of one lead for a fixed thermal gradient.

It is found that the generated valley polarized current is linearly dependent on the temperature gradient (ΔT) when the temperature of one lead is fixed and shows nonlinear dependence on temperature of a particular lead when ΔT is fixed.

This tilt is shown to be dependent on the compositional gradient of the sample.

It is found that the characteristic parameters are all dependent on the thermal gradient and average temperature.

This time delay is highly dependent on the composition gradient and the differences in base material properties, consequently the optimal choice of FGM architecture will depend significantly on the critical design conditions for specific applications.

Under the combined loading, it is shown how the elastic local buckling coefficient and the web slenderness limit that classifies a non-compact section are dependent on the thermal gradient, the depth of the compression zone in the representation of the mechanical strain, and on the values of the shear strain.

These include the modelling of arterial blood flow dependent on the pressure gradient, radius and bifurcations, as well as blood flow profiles in dependency of viscosity, density and radius and finally pulse-wave dynamics with regard to local and global compliance.