Sentence examples for mean component of from inspiring English sources
ParTheI of this paper presents a multiaxial rainflow centerng algofithmassat allofsuche MOI and enclosing surface methods to be generalized to non-periodic NP histories and to periodic NP histories formed by complex blocks wire multiple cycles each.
For the normal configuration the mean component of ventilation was considerably greater than the fluctuating component, whilst for the parallel configuration the mean component was close to zero, and the ventilation was dominated by the fluctuating component.
In Figure 3, we have shown the true distribution of the real part of the cyclic mean component of QPSK constellation based on the multinomial distribution (which in this case is actually binomial), its Gaussian approximation and the error between these two models.
The author also noted that the frequency of the quarter wavelength resonance in the mean component of the pressure is raised by about half an octave due to coiling.
Static, dynamic and mean components of EMG activities were obtained.
where (f_{text {res}}^{text {mean}}) denote the local-mean component of the diffused reconstructed residuals, and (f_{text {res}}^{text {bias}}) denote the global-bias component of the diffused constructed residuals.
Thus, the efficacy of the data-assimilation but not the ensemble-mean component of the method is demonstrated.
This could explain the large non-edge component of most of the states' means components of (lambda _{10}^{(M }) reported in Table 3, compared to the non-edge components of (lambda _{6}^{(M })'s states representatives.
The nodes implicated by the two mean component images suggested modes of cortical activations related to different states of arousal.
MCI: mean component image; conMCI: conjunction of PCS that constitute a mean component image; conMCIS: conjunction of PCs that correlate significantly with a given MCI, but were not included in its computation (see Methods for details).
The mean vertical component of velocity of our flies was –0.1 ms.d (s.d. = 0.6 ms−1), indicating that on average they descended a little in flight (Fig. 4C).
