Sentence examples for efficiency of diffusion from inspiring English sources
This study highlights the efficiency of diffusion multiples for non-trivial materials' discovery and design.
The role of dimensionality (Euclidean vs. fractal), spatial extent, boundary effects and system topology on the efficiency of diffusion-reaction processes involving two simultaneously diffusing reactants is analyzed.
As a general rule, we conclude that for sufficiently large systems, the efficiency of diffusion-reaction processes involving two synchronously diffusing reactants (two-walker case) relative to processes in which one reactant of a pair is anchored at some point in the reaction space (one-walker plus trap case) is higher, and is enhanced the lower the dimensionality of the system.
To compare the efficiency of diffusion-weighted MR imaging (MRI) vs. high resolution CT in predicting recurrent or residual cholesteatoma in children who underwent prior middle ear surgery.
Li et al. [29] also reveal the efficiency of information diffusion on Twitter and the specific user behavior leading to such information diffusion.
The efficiency of the diffusion can be improved by using larger time step.
The efficiency of the diffusion barriers was investigated at 1050 and 900 °C.
The 300 °C calcination results in the breakdown of the mesoporous morphology and decreases the efficiency of electrolyte diffusion, resulting in a drop in pseudocapacitance after 300 °C.
Since both the nanoparticle and the substrate are pure Cu, the sinterable Cu nanoparticle paste achieves a high efficiency of surface diffusion with Cu substrate, so that the upper and lower Cu substrates are integrated into a whole part (Fig. 3b), and the contact surface between the nanoparticle layer and the substrate is becoming undistinguished (Fig. 3c).
We hypothesized that the outward expansion of the cavitation reduces the efficiency of passive diffusion of the fluorescent probe through the pore.
The primary outcome metric of this study is the efficiency of this diffusion process, defined as the reproductive rate (R).
