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The locations and the mechanism solutions estimated before are significantly scattered.
We wish to note that the flow of current with heat is vitally important to retain the SWCNT structure as unlike high-temperature annealing, electrons flowing through the SWCNTs are significantly scattered primarily at defect sites to locally displace carbon atoms.
These values are within the invalid detection range from 35 to undetermined and significantly scattered in a replica in contrast to the consistent Ct figures in the blood and synovial samples.
P-values less than or equal to 0.05 indicated that salt tolerance is significantly scattered on the phylogeny compared to a Brownian motion trait.
We used the cut point value of SSI=8.8% (Kronenwett et al, 2004) to differentiate between all lesions showing significantly scattered DNA histograms (SSI>8.8%) and those with insignificantly scattered ones (SSI⩽8.8%).
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For organic solar cells, however, they can have a significant effect on short-circuit current density.[ 15] Diffuse reflectance measurements show that spin-coated CuSCN films are significantly scattering and that the scattering amplitude increases as the granularity grows (in thicker films).
The excellent properties are mainly attributed to the special nanopillar structure, which may facilitate the electrons' transport while significantly scatter the phonons.
Results show that the seismic response and damage to a dam may significantly scatter for various accelerograms, even if the artificial accelerograms have the same response spectra, peak ground accelerations, velocities, and displacements.
The localized "rattling" of Yb3+ in the cation sublattice significantly scatters the heat-carrying phonons and lowers the thermal conductivity close to the amorphous limit in combination with the intrinsic oxygen vacancies in the anion sublattice.
We also verify that the lower total reflection is achieved only in Si films, because the bottom side of the Au-Ag BNNPs blocks the light reflected off the Si thin film/substrate interface and confines it within the Si film, whereas for a glass substrate, Au-Ag BNNPs significantly scatter the incident light, leading to higher total reflection.
Because skin pigments and hair can significantly scatter light from underlying structures, the two transgenic lines were crossed with a hairless albino mouse (HRS/J) to explore which deep structures could be imaged.
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