The phrase "actively tune" is correct and usable in written English.
It can be used in contexts where one is adjusting or refining something with intention and engagement, such as in music, technology, or personal development.
Example: "To achieve the best sound quality, you need to actively tune the audio settings on your device."
Alternatives: "intentionally adjust" or "dynamically calibrate".
The ambient nuisance of Roseanne Barr's bombast had become a thing to actively tune out.
A novel strategy is proposed to actively tune the vibration and wave propagation properties in elastic beams.
To actively tune out to the plight of imprisoned journalists is dangerous territory – what if no one reported from conflict zones at all? Peter's overseas reporting not only bears a witness but sends a warning back home: don't take democracy, open elections, free speech and fair trials for granted.
Although the majority of audience research that has been conducted suggests a growing movement by ethnic minorities towards digital viewing patterns, there is also plenty of evidence (including research conducted by Ethnic Focus) that young Asians in particular actively tune into "mainstream" media including broadcast television.
Finally, to tackle the question of why cells actively tune shape at different growth stages, I systematically quantify changes in cellular dimensions across fluctuating environments in Chapter 7, and develop an ODE model explaining the trade-offs of cellular surface area and volume across nutrient conditions, revealing a global regulation of cellular physiology in fluctuating environments.
Here, we take a different approach to actively tune the resonant frequency of the MDM-MMs in the NIR regions by using bismuth selenide (Bi2Se3) as the dielectric layer.
It is recognized that an actively tuned and purely resonant absorber is infeasible for such applications.
MreB localizes to cell periphery and actively tunes its localization based on geometric cues.
Thus, an actively tuned vibration absorber should perform better than a passive one and, furthermore, could be made lighter.
Furthermore, the sharp plasmonic-like resonances can be actively tuned and/or turned off through optical pumping of electron/holes carriers.
The Talbot distance can be actively tuned by varying the Fermi energy of graphene and it decreases monotonically with increasing Fermi energy.
