Sentence examples for slower correlation from inspiring English sources

The dynamics of hydration water can be detected by a series of experimental techniques, which show that hydration waters typically have slower correlation times than water in bulk.

Membrane proteins exhibit a broad time scale of dynamics and these motions highly influence the function of the protein: The residues in transmembrane segments generally undergo restricted motion on a fast time scale (picosecond-nanosecond), while soluble domains show large amplitude motions with slower correlation times.

Note that a slow correlation component is often visible when pCF is calculated along the cytoplasm-to-nucleus direction (example shown in Fig. 5C).

The best fit is obtained using slow correlation times exceeding 80 ns which corresponds to the "rigid" limit in X-band EPR.

In a complementary campaign signals of Global Navigation Satellite Systems (GNSS) were analysed to obtain information about the slow fading correlation for almost any satellite constellation.

At the same time, the solution NMR signals of large size proteins were very weak in intensity, with broad line width, due to slow global correlation time and rapid nuclei spin relaxation rate.

Φfast and Φslow are the fast and slow rotational correlation times of the anisotropy decay, respectively.

However, if a small-molecule ligand binds to a macromolecule, it assumes the overall slow rotational correlation time characteristic of the macromolecule, resulting in the NMR signals broadening.

The structural context of Gly has been noted above as corresponding to the residue preceding the conserved cis-proline residue in catalytic redox-active Trx domains, and this residue also shows up in the relaxation data as having an unusually slow internal correlation time.

In searching for factors associated with fast or slow adoption, correlations between the adoption time and specific factors that might be expected to influence adoption were considered.

However, the slow decrease in correlation for values of the inclusion radius >24 Å (Fig. 2) shows the stability of the whole-target lDDT score with respect to the influence of domain movements.