The phrase "attributed to the optimization" is correct and usable in written English.
It can be used when discussing the reasons or causes behind improvements or changes that are linked to optimization processes.
Example: "The increase in efficiency can be attributed to the optimization of our workflow."
Alternatives: "linked to the optimization" or "ascribed to the optimization".
This can be attributed to the optimization of hydration products and densification of microstructure.
While the excellent tribological performances of coatings with high load bearing capacity were attributed to the optimization of thickness ratio presenting high mechanical properties.
The inclusion of an internal courtyard in building design is attributed to the optimization of natural ventilation in order to minimize indoor overheating conditions.
This was attributed to the optimization of degree of char derived from the binder and the exposure of anatase titania nanoparticles on the hollow fiber surface made available for photo-oxidation.
These improvements in color coordinates and the relative quantum efficiency were attributed to the optimization of narrowed spectrum bandwidth and enhanced integrated spectrum intensity in the TAT-doped blue OLED, resulting from the effective microcavity effect.
Several environmental and operational parameters attribute to the optimization of the new still design.
These large deviations can be attributed to the incomplete optimization of atomic parameters due to the low occurrence of S.pl and F.intra in the training set.
On the one hand, the improvement effect of the QDs to the specificity of the PCR could be attributed to the similar optimization mechanism of the single-stranded binding protein (SSB), which selectively binds to the single-stranded DNA rather than double-stranded DNA and then minimizes the mispairing between the primers and the templates in the PCR system [6, 24].
The improved electrochromic properties are mainly attributed to the core/shell structure and the optimization function of TiO2, which have high surface area, good contact with the electrolyte solution and fewer defects, leading to faster Li1+ diffusion rate and better electrochemical cycling stability.
An additional problem attributed to the modeling and parameter optimization is related to the fact that several parameters have lumped characteristics, because they are used for more than one compound, like the fraction unbound factor, which is set to be the same for all acidic or lactone AS compounds, respectively.
The reason that multipath-routing-based optimization model can only marginally outperform the unipath-routing-based optimization model is attributed to the fact that even single path optimization model is able to eliminate non-coordinated interfering links.
