Sentence examples for broad time scale from inspiring English sources
In this paper, we employ both dielectric and mechanical spectroscopies in order to study polymer melt dynamics, which consist of various relaxation modes distributed across a broad time scale.
By measuring these facets in a concurrent fashion across a broad time scale ranging from moments to years, ESCAPE will yield fine-grained data to advance our understanding of the underlying mechanisms by which stress affects cognitive health, and will inform intervention strategies that target these mechanisms.
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.
Normalized intensity (I time (t) autocorrelation functions g(2)(q, t) = ⟨ I q, t) I q,0)⟩/⟨ I q,0)⟩ of the peptide vesicle dispersions in PBS at 25 °C were measured (n ≥ 4) over a broad time scale (10 7 10 s) using a full multiple τ digital correlator with 280 channels spaced quasi-logarithmically (ALV 5000/FAST) and the 671 nm line of a diode pumped solid state laser (operated at a power <5 mW).
Chloroplasts contain both highly conserved genes fundamental to plant life and more variable regions, which have been informative over broad time scales.
The dynamic disorder, as one source of noise, can have broad time scales, and interplay with other noises.
These predictions are valid for amino acid and DNA markers of diverse groups of organisms spanning broad time scales, especially when the time scale is not significantly deeper than the peak of informativeness.
Overall GLO-Roots has great utility in presenting environmental stimuli to roots in physiologically relevant ways and provides tools for characterizing responses to such stimuli at the molecular level in whole-adult root systems over broad time scales.
In contrast, he notes, Sallan and Galimberti's analysis assesses trends in body size over a broader time scale and among a wider range of species.
Additional complete genomes covering much better the eukaryotes will increasingly enable to draw a much more correct estimate of intron dynamics at a broader time scale.
EMA methods offer a number of important advantages over more traditional global-recall methods as well as other longitudinal methods assessing broader time scales (for more detailed reviews, see Collins and Muraven 2007; Shiffman et al. 2008).
