Coherency is roughly similar to a classical correlation, but it is relevant to oscillating components in a given frequency mode for a given time period [ 8, 33].
By selecting a suitable mode for a given channel, we can achieve more robustness of the system performance.
Compared to the experimental measurements, the analysis presented shows a fairly good agreement of expected failure mode for a given set of geometry and material parameters.
Moreover, it is found that the λ ratio has a non-negligible influence on the deformation mode for a given η.
Moreover, the safety operation range is defined as the interval between the natural frequencies for the first and the second modes, and finally, the purpose is to raise the natural frequency for second mode for a given constraint conditions changing the design parameters.
A probable reason behind this observation is that the inclusion of more conformations into a docking protocol neglects the fluctuations of docking poses and provides a more coherent binding mode for a given ligand, therefore enabling a clearer discrimination between active and inactive compounds.
Because the probe attachments are detachable from the probe, it is possible to properly choose the imaging mode for a given cavity region.
The dates of three of the calibration points were assigned a shifted exponential distribution in which the most recent age (indeed, the mode) for the given clade as well as the 95th percentile were assigned.
The ability to switch between protrusion types and motility modes has been proposed to facilitate cancer dissemination; switching could indeed allow cells that migrate through complex and changing environments to select the most efficient migration mode for a given environment (reviewed in [ 8,46,48]).
Through computer simulation, we construct mechanism diagrams depicting likely failure modes for a given geometry, which give insight into the optimisation.
In recent studies, forward modeling methods, such as those used to generate pseudosections and in differential thermodynamic modeling, have proven useful because they can thermodynamically predict mineral modes and compositions for given P T conditions and bulk compositions (e.g., Powell et al. 1998; Omori et al. 2002, 2009; Inui and Toriumi 2004; Connolly 2009; Capitani and Petrakakis 2010).
