Sentence examples for the importance of diffusion from inspiring English sources
The importance of diffusion in nearly coherent Pb Sn interfaces in its plastic deformation processes is discussed.
For a 65 nm node device, a significant fraction of the overlap originates in the as-implanted dopant profile and the importance of diffusion is diminished.
The importance of diffusion as a retardation mechanism increases with a decreasing colloid size, but appears to be minimal in large colloids.
Despite the importance of diffusion to efforts to estimate the quantity of residual contamination in the subsurface, relatively few studies present measured diffusion coefficients of organic solutes in saturated low permeability soils.
It is further shown that stabilization of lifted flames is more sensitive to the co-flow air than the fuel jet velocity at the inception of flame lift-off, indicating the importance of diffusion flamelet quenching.
The importance of diffusion pathways within an FCC catalyst particle, leading to higher accessibility of the active zeolite sites, were explored, and the importance of a well-designed catalyst architecture, allowing FCC feed, intermediates, and final products to diffuse freely in and out of the catalyst particle were discussed.
These values bring into question the importance of diffusion-controlled growth of garnet porphyroblasts, as highly irregular and branching garnet porphyroblasts are rare in most metamorphic belts.
It is shown that the validity of the QSSAs in free-radical copolymerization depends on the polymerization conditions, namely, the polymerization process (e.g. bulk versus solution) and the importance of diffusion-controlled reactions at high monomer conversions.
The importance of Knudsen diffusion to the measured diffusion coefficients is also shown for modern grades.
Parameter sensitivity analysis also emphasized the importance of biofilm diffusion profile for process operation, and ammonia limited diffusion profile implied the bulk dissolved oxygen (DO) can be reduced from 8 mg/L to 4 mg/L.
These results provide new evidence for the importance of coupled diffusion and oxidation of Fe in modulating trace metal solubilization, dispersion, and plant uptake.
