Sentence examples for coefficient contributed from inspiring English sources

In periods of 2002 2007 and 2007 2010, the effects of import coefficient contributed 21.5 and 36.3%, respectively, to the change in DVA of processing exports.

We used a featureless plane with a ball as an initial reference for the alignment, after which the half of particles with higher correlation coefficient contributed to the reference for next iteration.

Then the effective quantum yield η(r) is defined as the probability of a photon to be emitted upon absorption of a photon by the total absorption coefficient, where φ is the quantum yield and μ af x is the absorption coefficient contributed by the fluorophore, which is linearly related to the concentration of the fluorophore by the extinction coefficient.

The total absorption coefficient at λ x is defined as the sum of μ x ab, the background absorption, and μ x af, the absorption coefficient contributed by the fluorophore, which is linearly related to the concentration of the fluorophore and the extinction coefficient.

Analysis of this regression model (R2 = 0.33) revealed that neither weight nor height was a significant coefficient, contributing to the model (t = -1.4, p = 0.16 and t = -0.98, p = 0.33 for weight and height respectively).

The BIC is calculated using the sum of number of parameters over all models, because if the same parameter appeared in several equations, it would be with a different coefficient, contributing to increasing model complexity as penalized by the BIC.

ΔR: Change in correlation coefficients contributed by the variable (removing effect of age); β: unstandardized regression coefficient with CI (Confidence interval); Stand.

The low frequency coefficients contribute more to the total coded bits.

(63) It is easy to see that at spatial infinity ((x=1)), all coefficients contribute to (62), while at event horizon only the first two terms remain, i.e. begin{aligned} {tilde{A}}(0)={a_{1}},qquad {tilde{B}}(0)={b_{1}}.

In high-speed wireless applications such as underwater acoustic (UWA) communications, ultrawide band (UWB) communications, and high-definition television (HDTV) systems, the discrete-time channel impulse response has a very large channel memory, but only a small number of significant channel coefficients contribute to the distortion of the transmitted signal.

For example, in case of PC1, genes with high positive loading coefficients contribute to the characteristic phenotypes and functions of SGs, and conversely, genes with high negative loading coefficients contribute to common characteristic phenotypes and functions of HaCaTs and KCs.