Sentence examples for an universal dependence from inspiring English sources

An universal dependence of critical temperature on impurity concentration and interaction decay length is found for strong dilution regime.

Thus, unlike the brain, where the present and recent data point to a universal dependence on IL-1, in extracerebral tissues there appears to be a context-dependent requirement for IL-1 depending on whether the stimulus is microbial or sterile.

But we now know that that model produced both a universal dependence on investment banking and periodic crises.

The overall viscoelastic properties of the system in nonlinear regimes exhibit a universal dependence on the applied deformation (rate) in highly filled systems, where majority of the polymer chains are in contact with the surface of the particles.

Given our universal dependence on paddy soils for food production, their value as an excellent opportunity for investigating anthropedogenesis, and their critical roles in global biogeochemical cycling, we put forward several open questions that must be resolved to maintain the millennial-scale sustainability of these important wetlands.

Also we calculated the critical frequency of the vertical confinement corresponding to the instability onset and determined its universal dependence on plasma parameters.

The universal dependence of the optimal curvature parameter and the associated optimal harvestable power on the constructed parameter is derived, which can be well approximated by the linear relation in double logarithmic coordinate.

Control of the extent of reaction by changing the reaction time and catalyst amount showed that in the case of supported Ru catalysts, major gas component yields (CH4 and CO2) exhibited respective universal dependence against total carbon yield, despite the varied support materials and Ru particle sizes used.

This idea appears to be valid for the universal dependence of the endomembrane system on oxygen-derived sterols [ 83, 84, 89].

However, in contrast to the misfolding-rate hypothesis discussed above, the functional density perspective does not imply any physical mechanism to explain the universal dependence between evolution rate and the abundance of proteins.

The topology of the microstructural maps is found to be similar for all metals studied, suggesting a universal strain temperature dependence in deformed fcc metals.