Therefore, electrostatic fluctuations cannot be studied, which is a weakness.
Hence, output fluctuations cannot be explained exclusively by real shocks.
For example, the results obtained in the case of the electric field's fluctuations cannot be straightforwardly considered valid for the magnetic field (Weimer et al. 1985).
Since dissimilar manifestations of physiological processes can be expected in phase and in magnitude images, a direct relationship between phase and magnitude scan-to-scan fluctuations cannot be assumed a priori.
The results of these two case studies suggest that mirror type fluctuations originate from the compression region downstream of the quasi-perpendicular bow shock, and the growth of the fluctuations cannot be described by linear approximations.
Because of random placements of camera sensors as well as the dynamic characteristics of the target event, the fluctuations cannot be completely eliminated, but the result data still can reflect the performance of these various C2EM programs.
As discussed in recent studies [19], transformation of group ICA associated time courses into the frequency domain is necessary because phase synchrony of these slow signal fluctuations cannot be assumed across subjects under resting-state conditions.
These exposure fluctuations cannot be easily captured by measuring a single or a limited number of pollutants at a given time and place or by exploring only one route of exposure [ 10].
Nuclear magnetic resonance relaxation dispersion experiments show that, in marked contrast to the functionally important motions that feature prominently in the catalytic intermediates of ecDHFR, millisecond time scale fluctuations cannot be detected for hDHFR side chains.
However, for a system with the complexity and size of AChEt, exhaustive sampling by atomistic, explicit water simulations is impractical; the low frequency and large amplitude intersubunit fluctuations cannot be sufficiently sampled in the few tens of nanoseconds generally afforded by fine-grained MD.
