Sentence examples for coefficient is due from inspiring English sources

The reduction in friction coefficient is due to decrease in metal metal contact points, originated from the presence of graphite particles as a solid lubricant.

We interpret the measurements using the theory of irreversible thermodynamics and find that the increase in the Seebeck coefficient is due to a reduction in the transported entropy of the carbonate ion when adding solid particles to the alkali carbonate.

Note that the coefficient is due to the change in function domains when comparing with (1).

A higher drag coefficient is due to a higher velocity near the surface of the cylinder for small pitch ratios.

Statistical significance was assigned if the p-value of the regression coefficient was less than 0.10, meaning there is a less than 10percentt chance that the least-squares regression coefficient is due to sample randomness.

The adoption of the binary Jaccard coefficient is due to the following consideration: if we would compute the simple intersection of two sets (i.e., the community structures) by using the classic Jaccard coefficient, those communities differing even by only one member would be considered different, while a high degree of similarity among them could still be envisaged.

Ex situ analysis indicated that the change in friction coefficient was due to the formation of amorphous carbon films, and Raman spectroscopy and elastic recoil analysis showed that these films consist of sp2/sp3 amorphous carbon with as much as 20% hydrogen.

The low value of grain size and high value of texture coefficient are due to Mn addition in ZnS.

To investigate if these small differences in correlation coefficient were due to technical variation of the customized arrays, 39 samples were labeled, hybridized and analyzed a second time.

We reveal that the volcano-type temperature dependence of friction coefficients is due to the tribochemical reactions generating interfacial bonds at 600 800 K and the graphitization of DLC reducing the number of interfacial bonds at 800 1000 K.

These relatively high friction coefficients are due to differences in sample impurities, because the frictional strength of fault materials is sensitive to montmorillonite content (e.g., Tembe et al. 2010), and the samples of Kubo and Katayama (2015) contained up to 20% quartz, chalcedony, and cristobalite (Fujita et al. 2011).