The phrase "achieve functionality" is correct and usable in written English.
You can use it when discussing the process of making something operational or effective, often in a technical or design context.
Example: "The team worked tirelessly to achieve functionality in the new software update before the deadline."
Alternatives: "attain operability" or "realize effectiveness."
Nanoscale computing systems are expected to be based on bottom-up self-assembled regular structures, such as a crossbar, and rely on reconfigurability to achieve functionality and reliability.
Proteins achieve functionality when they go from a non-dimensional shape to a folded three-dimensional shape, which is fascinating to me because when I started these drawings the lines are actually non-dimensional and then I expand them out into three-dimensional surfaces which then become functional as sculpture.
It is hydrolysable and can be adjusted to achieve functionality in a number of applications [20 24].
When designing electronic or optoelectronic micro/nanodevices based on ZnO, a patterning technique such as electron-beam lithography or photolithography is combined with a ZnO preparation method, e.g., hydrothermal growth or chemical bath deposition in order to achieve functionality [25 29].
"The goal was to achieve functionality rather than normalcy".
Finally, it is important to note that the HealthFlow system can be further extended to achieve functionality which is not covered by the external applications included in the three levels above.
The achieved functionality varies with the nano-material integration approach and targeting.
The holistic approach ensures that technology development goes beyond achieving functionality to also incorporate social and psychological elements of design that promote translation and seamless adoption by its intended end users.
After the examination of the system interfaces and their role in the overall data flow, the paper focuses on the achieved functionality and its benefits.
Or quantumness may be active e.g. exploiting entanglement between modes, potentially achieving functionality more efficiently than a classical device (see Section 6 'Why do we need quantum simulators?').
There are likely to be specific requirements at particular locations in the protein, necessary for achieving functionality.
