Sentence examples for large inhomogeneity from inspiring English sources

In the material aspect, although semiconductor-enriched SWCNTs are already commercially available in large quantities, there is still large inhomogeneity in terms of chirality and nanotube length.

For a large inhomogeneity ( σ ϕ / ϕ 0=20%0 % ), linear feedback almost completely extinguishes replay, whereas nonlinear inhibition recovers a considerable stable replay region with high retrieval quality.

Sensitivity of each pixel of the UMBA used in the LIR has a large inhomogeneity, which is called as on-chip fixed pattern noise (OFPN) (Fukuhara et al. 2011).

All samples including CMn, 1.7 Cu, TiMo, and 1.7 CuTiMo that is present in the Additional file 1, show low angle upturns (i.e., power law scattering), which may be originated from the large inhomogeneity like the grain boundaries.

A major concern about meta-analysis is the range of the studies included in the sample because the trials included may introduce large inhomogeneity.

We saw that for large inhomogeneities ( σ ϕ / ϕ 0⪆20%0 % ) replay of long sequences is hardly possible.

The accuracy of the reconstructed concentration maps deteriorates when the reconstruction model is biased by systematic errors such as large inhomogeneities in the static magnetic field.

The Moon's gravitational field shows large inhomogeneities that strongly influence the shape of an orbit and can severely influence the orbital lifetime and observation conditions of any spacecraft orbiting the Moon.

While the mixture fraction and temperature fields show fairly smooth spatial and temporal variations, the sensitivity of naphthalene to turbulent mixing causes large inhomogeneities in the precursor fields, which in turn generate even stronger intermittency in the soot fields.

Second, we are aware of the fact that the model contains a number of stringent simplifications: There are cultural differences between the WPs (e.g., in the usage of the talk page), and as in all human-related features there are large inhomogeneities in the opinions, in the tolerance level and in the activity of editors.

43 For 18 wt% gelatin in D2O the contribution from large inhomogeneities are dominant in the low Q regime (Q < 0.2 nm−1) representing a two phase random medium of about Rg = 140 nm radius of gyration and a power law exponent of α = 3 in the intermediate Q regime between 0.02 and 0.2 nm−1.