Sentence examples for freely evolve from inspiring English sources

We, therefore, compare the behaviour of an intact, stagnant lid that is either vertically fixed or can freely evolve in the vertical direction.

Once the target temperature is reached, constant temperature is maintained, and the system is allowed to freely evolve for up to 0.1 ns to assess the stability of the configuration (test trials up to 5.0 ns were also ran to ensure equilibrium; in all cases, if unfolding was initiated, it occurred at a timescale less than 0.1 ns).

Then all enzyme forms freely evolve to comply with systemic dynamics under the constraint of fixed total concentration, thereby releasing the constraint of the widely-used quasi-steady state assumption (QSSA).

Alterations in the need for wild animals to search for food following their domestication may result in a relaxation of the need for purifying selection acting on these genes allowing them to freely evolve to gain new functions in odorant and tastant detection.

Based on observations of highly divergent orthologs between S. pombe and S. cerevisiae, Wood has suggested that these proteins are often part of protein complexes and do not interact directly with invariable molecules (e.g., ATP), and thus can freely evolve as long as the protein protein interaction interface is maintained by compensatory changes (Wood 2006).

Replicators with extreme values of r, representing near exclusive replicase generation (replicase transcribers) or template generation (parasitic genome copiers), can emerge and coexist if diffusion is finite and where rates of copying for a single-stranded or strand template can freely evolve.

If the Internet is to remain free, and freely evolving, it is important that neutrality legislation be passed.

Simulated macroscopic drying behavior is presented in conjunction with freely evolved microscopic temperature fields and phase distributions for both heating modes.

No assumption is made about the fins layout, which freely evolves along the optimization process resulting in more efficient non-trivial geometries.

The interface between the solid and the fluid is tracked using a level-set description so that it is possible to simulate several bodies freely evolving in the fluid.

Such conditions create a constraint for each face distance, measured from a chosen origin, which, prior to the disappearance of that face, had freely evolved according to its growth rate.