"critical dependence" is a correct and usable phrase in written English.
You can use this phrase to describe when something relies heavily on another thing or factor. For example, you could say: "This project's success is heavily dependent on the team's critical dependence on each other."
Most countries contract with several makers, in part to avoid critical dependence on any one supplier.
Also, a critical dependence of the acoustooptical coefficients on the sample thickness was revealed.
We also highlight the critical dependence of the capillary ratchet on the beak's wetting properties, thus making clear the vulnerability of capillary feeders to surface pollutants.
These are further confounded by a critical dependence on each and every nation that contributes to the array – and a loss of just one of these key contributors will have a profound impact.
But in these cases, as with most of the repressive measures of the 1940s and '50s, public funding, government authority, or a critical dependence on public opinion e.g., as in the motion-picture and broadcast industries is involved.
A critical dependence on the solids initial concentration and the product of the static friction factor and the solids settled concentration is addressed.
Using this pinning potential with the classical Kim Anderson vortex creep approach a model for critical current dependence on field has been successfully developed.
To properly design the magnets and guarantee their safe operation, mechanical load effects on the strand superconducting properties are studied extensively; particularly, many scaling laws based on tensile load experiments have been established to predict the critical current dependence on strain.
The schematic of the domain structure was shown in Fig. 5b. Figure 6 also shows the critical thickness dependence of ( {K}_u^{mathrm{grain}} ) by using M s of Co85.7Ir14.3 (1100 G) and Co90.2Ir9.8 (1190 G).
A critical threshold dependence of the steady-state for infected cells on the infectivity was previously described for models of HIV viral and T cell dynamics [ 40].
With the aid of Weibull distribution function of statistical damage of filaments, the critical-current dependence upon bending strain of the superconducting tape in processes of loading and unloading is characterized.
