The phrase "at large length" is not correct and is not commonly used in written English.
It seems to be a conflation of "at length" and "in great detail," which are both correct expressions.
Example: "The author discusses the topic at length in the final chapter of the book."
Alternatives: "in great detail" or "at length".
Disordered hyperuniform heterogeneous materials are new, exotic amorphous matter that behave like crystals in the manner in which they suppress volume-fraction fluctuations at large length scales, and yet are isotropic with no Bragg peaks.
effective mass which affects kinetic terms for electrons, holes, or permittivity, which affects the kinetic terms for photons), separates two-dimensional behavior on short length scales from three-dimensional behavior at large length scales.
At large length scales the scattering due to the phase separated inhomogeneities of the micellar network did not relax on the time scales of the measurements (<20 ns), giving rise to a constant background on the correlation functions.
Much of the remaining neutral correlations are due to effects at large length scales from 10 500 kb.
Some of the remaining residuals are due to resolvable external and induced magnetic fields at large length-scales.
To go further, we could reduce the importance of SV model errors by co-estimating the unresolved field at degrees n>14 (and its associated uncertainties) together with the field at large length-scales, following Aubert (2014) who performed such a co-estimation using the cross-covariances between Gauss coefficients obtained from the forward integration of a geodynamo simulation.
Finally, if one were to take at face value their measurements of the passive force at large lengths and tetanic force at small lengths, the oculomotor range of the monkey would be limited to less than 35°, which is much less than the actual range (45°).
We found (Fig. 8B) that the relative discrepancy between the AQLV model and data is larger (i.e., the data/model viscoelastic ratio is lower) at small initial elongations (this is not necessarily true for the absolute model discrepancy, as the forces at play are higher at large lengths).
At larger length scale between 320 and 600 µm voxel, porosity shows the characteristics REV region II.
It highlights the importance of optimizing porosity and pore diameter, not only at the nanoscale but also at larger length scales.
At larger length scales, amyloid fibrils are often heterogeneous, can form along multiple pathways, and are further complicated by phenomena such as phase-separation.
