Sentence examples for much stronger dependence from inspiring English sources

The film deposition rate, the film microstructure as revealed by Raman spectroscopy, the film hardness determined by nanoindentation and the internal stress are dependent on the precursor atmosphere, however a much stronger dependence on the self-bias voltage was observed for deuterated carbon films.

However, our results suggest a much stronger dependence of the critical yield stress on the horizontal width of the convective cells.

On the other hand, at the lower applied potential values, there exists a much stronger dependence on the salt concentration, which is revealed in Fig. 2, showing versus for several applied voltages.

Also, results reveal that, contrary to an infiltration basin, the recharge rate in a DP well has a much stronger dependence on the horizontal component of hydraulic conductivity than on the vertical component.

Although temperature increased with concentration for both additives, the temperature measured for suspensions with nano-Al were shown to have a much stronger dependence on additive concentration than those with RMNPs.

One major difference between our scaling laws and the scaling laws obtained in Solomatov (2004a) is a much stronger dependence of the critical yield stress and critical friction coefficient on the width of the convecting layer l hor - they scale roughly as approximately (l_{text {hor}}^{2}) as opposed to the previous scaling approximately l hor.

However, we shall neglect these dependences in comparison with the much stronger exponential dependence in Eq. 4. The presented form (4) for the cluster-size distribution function is based on SWNT structural features.

The velocity of the wild-type enzyme shows a weak but detectable dependence on force, while the velocity of the mutant displays a much stronger force dependence.

For another set of amide protons a linear, but much stronger, denaturant dependence is observed.

However, phonon absorption processes have much stronger temperature dependence than phonon-emitting processes.

It seems that owing to the decrease of the contact area between the nanowire and the platinum microleads, the nanocontact resistance at low temperature increases with diameter decreasing and shows much stronger temperature dependence.