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The topography evolution indicates that the diffusion of oxygen species into the formed rutile TiO2 layer was predominant at 873 K.
The value of this frequency at the transition point, where the diffusion length should be of the order of the film thickness, indicates that the diffusion coefficient D lies within the range 0.5 1.0×10−12 cm2 s−1, which is a more realistic value than those obtained by previous analyses.
This indicates that the diffusion of ( F^ ) into the cavity of iron ore has a significant influence on adsorption process.
The Arrhenius equation D = D 0 exp(−Q/RT) indicates that the diffusion coefficient D, frequency factor D 0, and activation energy Q determine the diffusion rate when the temperature is constant.
This result indicates that the diffusion of h+ from the metal/silicon interface was suppressed effectively when Ag was used as the catalyst, compared with Au. Figure 5d shows the silicon straight nanohole arrays with a high aspect ratio formed using the Ag catalyst.
Hence the literature indicates that the diffusion coefficient for Aβ monomer in aqueous solution at 37°C is approximately 1.8×10−6 cm2/s and this is the value used here.
Similar(48)
Results indicated that the diffusion of the larger epoxy molecule in polysulfone occurred more quickly when diffusing in the presence of the amine.
The results indicate that the diffusion of Cr into NiFe layer by annealing is uniform and hence a solid solution.
Investigations at thin-film level indicate that the diffusion caused by annealing is useful to form domain wall pinning sites.
The model predictions indicate that the diffusion step controlled the overall dissolution kinetics and is the rate controlling step.
Diffusion model analysis indicated that the diffusion coefficient of copper in iron was up to 0.63 × 10−14 m2/s during carbusintering process.
More suggestions(16)
indicates that the penetration
indicates that the distribution
indicates that the spread
demonstrates that the diffusion
illustrates that the diffusion
indicates that the scattering
indicates that the dispersion
indicates that the dissemination
indicates that the outreach
indications that the diffusion
indicated that the diffusion
suggests that the diffusion
indicates that the spreading
indicating that the diffusion
indicates that the dispersal
indicates that dissemination
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com