The phrase "to further sharpening" is not correct in standard written English.
It can be used when discussing the act of enhancing or improving something, but it needs to be rephrased for clarity.
Example: "The team is working on strategies to further sharpen their skills in data analysis."
Alternatives: "to enhance sharpening" or "to improve sharpening."
Such a change would mean that superstar players get two years in college to further sharpen their skills.
And to further sharpen the humiliation, British authorities sent a photographic copy of the treaty to the Chinese government as evidence of the powers of Western technology.
The financing request may serve to further sharpen partisan divisions over the Iraq war in general, and its soaring cost in particular.
To further sharpen the tip-end radius, the pyramid-like tip was treated to a thermal oxidization process.
For this reason, many methods have been developed to further sharpen the transmission map [10, 11, 13, 14, 16 20, 22, 24].
It also plans to build an API to allow third party developers to tap into its network of copywriters, as well as to further sharpen the algorithms that it uses to match writers to contests and track their performance.
"This is great news for our customers, our investors and our people and will allow Motorola Solutions to further sharpen our strategic focus on providing mission-critical solutions for our government and enterprise customers".
To further sharpen the tip, a SiO2 was thermally grown to oxidize the sidewall of the tips, and then, samples were immersed into a buffer oxide etch [BOE] (NH4F/HF = 6 1) solution to fully remove the silicon oxide.
Taking effect with the next application deadline of 1 April 2003, the changes aim to further sharpen the Graduiertenkollegs' profile by bolstering their innovative character, tightening their focus on research subjects and scientific excellence, and promoting deeper international co-operation.
To further sharpen the tip, a thermal oxidation and wet etching process is performed (Figure 2f), and a high aspect ratio, ultra-sharp nanotip array can be achieved, as shown in Figure 2g, h. Figure 2 Formation model of the ultra-sharp nanotip array.
To further sharpen the question: Why are some genomes, in particular those of multicellular eukaryotes (plants and animals), intron-rich whereas others, i.e. those of the great majority of unicellular eukaryotes, are intron-poor?
