Sentence examples for a classical behavior of from inspiring English sources

It is indeed well known that an increase in marker density causes map inflation and hence observing a decrease in the Kb/cR ratio when increasing marker density is a classical behavior of chromosomal maps.

Already rather small molecules can have classical properties, so that a classical behavior is not a characteristic property of large systems.

Therefore, this figure can be taken as an example of the classical behavior of the collision frequency, with the electron neutral collision frequency (ν en) always having larger magnitude than the ions neutral collision frequency (ν in).

On the other hand, another gene at 9p21.3 (ELAVL2) shows classical behavior of a deleted gene; its expression correlates with deletion, and it is also significantly downregulated in both expression platforms.

Finally, the collapse theories account in a completely satisfactory way for the classical behavior of macroscopic systems.

In addition, the non-classical behavior of the pressure broadening of CO at low temperature observed in the measurements will be discussed.

Since in the given case EBP ≈ U0, then the conditions of 'quasi-classical' behavior of the Bloch point and the potential barrier actually coincide and, in accordance with [24], are reduced to the fulfillment of the inequality δ z 0 m BP U 0 / ℏ > > 1 (18).

The fact that neuronal assemblies are mostly described in terms of classical behavior does not rule out that classically undescribable quantum effects may be significant if one focuses on individual constituents of assemblies, i.e., single neurons or interfaces between them.

These differences may lead the dynamical system to adopt quantum mechanical instead of classical behavior.

But contrary to what he writes, his real concern seems to be with the emergence of classical behavior, and not with the measurement problem per se.

The distinction between quantum and classical behavior is the focus of this paper, it is measured by the difference in the corresponding expectation values of the observables.