Sentence examples for fluctuating structure from inspiring English sources

Informational masking also obscures the target signal but in addition has a fluctuating structure that in some circumstances may distract the listener but in others may allow the listener to systematically glimpse parts of the signal.

The Association has reorganized many times since its founding, and this series tried to accommodate the fluctuating structure of the Association.

Certainly there are nanoflares on the sun, no question about that, but are they the source of the heating?" Streaming away from the corona, the solar wind is not a smooth and constant flow of protons and electrons, like a placid river, but an ever-changing phenomenon with a complex, fluctuating structure that's poorly understood.

Traditionally, SWCNTs are grown from a metal catalyst with a vapor-liquid-solid mechanism, where the catalyst is in liquid state with fluctuating structures, and it is intrinsically unfavorable for the structure control of SWCNTs.

This implies that fibrillation can also occur from a quasi-native state as opposed to an ensemble of highly fluctuating structures, and highlights the delicate balance between flexibility and structure required to form organized assemblies of polypeptide chains.

The fluctuating structures at GOES-12 and GOES-10 (both located in the nearby MLT zone in the morning hours) are similar, while those of GOES-11 (3:00 MLT) shows damped fluctuations, indicating daytime enhancement of the wavy structures.

It has recently been evidenced that such interactions occur in the context of fluctuating structures rather than being stable loops [ 18], and we previously showed that, in the absence of strong long-range locus-specific interactions, this underlying dynamics of the chromatin undergo constraints in gene-rich regions resulting in modulated contact frequencies over large genomic distances [ 4].

Intrinsically disordered proteins show an extremely wide diversity in their structural properties: indeed they can attain extended conformations (random coil-like) or remain globally collapsed (molten globule-like), where the latter possess regions of fluctuating secondary structure.

A number of α1AT equilibrium unfolding studies suggest that the unfolding intermediates are classic molten globules with a compact conformation, and significant, but fluctuating, secondary structure.

A specific realization of this scenario arises in models of genetic network evolution when the environment is fluctuating and structured; modularity can then arise as a result of selection for a high rate of adaptation in changing environments [ 19, 20].

We divided the first step (i.e. the definition of a general best-fit model of modern human history) into two parts: we first tested different models defined by fluctuating levels of structure and gene flow in the ancestral population, prior to the appearance of modern humans.