The phrase "applicable to improve" is not correct in standard written English.
It may be intended to convey that something can be applied to enhance a situation or outcome, but the phrasing is awkward.
Example: "The strategies we discussed are applicable to improve our overall efficiency."
Alternatives: "relevant for enhancement" or "suitable for improvement".
Surface fluorination by non-equilibrium plasma irradiation would be applicable to improve the wettability of flux-less solder.
This strategy could be applicable to improve transposition efficiency in microspore development stages to create stable di-haploid mutants in plants.
Many of the lessons learned at this site are applicable to improve the design of mineland rehabilitation and forest restoration programs worldwide.
In (1), we used the Hata path loss model [18], which is suitable for urban areas, but any path loss model can be applicable to improve the estimation accuracy under different circumstances.
Applications of monitoring systems already in use are described and analysis methods that are applicable to improve informative values in terms of serviceability, safety and remaining lifetime are identified.
This strategy may be generally applicable to improve folding and increase yields of recombinant proteins.
These findings are applicable to improving the mechanical properties of various nonpolar polyolefins by introducing self-complementary quadruple hydrogen bonding groups as a thermal reversible network system.
Secondly, further work is required to identify theories of health behaviour that are most applicable to improving adherence to long-term medication.
Here we discuss recent results and more generally applicable strategies to improve Fc-fusion proteins for each application, with particular attention to the newer, less charted areas.
Unfortunately, industrially applicable research to improve integration in the development process is currently at a stale.
In this article, sub-sampling of local image samples is investigated as a straightforward and broadly applicable approach to improve the computational efficiency of vision algorithms.
