The phrase "a fine control over" is correct and usable in written English.
It can be used when discussing the ability to manage or manipulate something with precision or skill.
Example: "The engineer demonstrated a fine control over the machinery, ensuring everything operated smoothly."
Alternatives: "a precise control over" or "an excellent command of".
The main advantage of this framework is a fine control over the runtime dependency on the rank-width parameter.
The multilayer coatings were prepared by layer-by-layer (LBL) technique, which allows a fine control over layer numbers (n) and coating thickness.
We have established a process, which gives a fine control over the size of nanoparticles using the pre-mixing implantation dose and beam mixing dose.
Based on these four generic factors that motivate political news sharing, we demonstrate a new way of visualizing news articles that gives users a fine control over the PoNS' four dimensions. .
In this work, three kinds of α-MnO2 nano shapes, namely, nano-wires, nano-tubes and nano-particles have been prepared with a fine control over α-crystallographic form by employing hydrothermal procedure.
Release of more than one GF at rates mimicking in vivo situation has become possible as well as to exert a fine control over GF spatial concentration by developing constructs with specific areas of bioactivities.
The same control law is then proven (under more restrictive conditions) to monotonically decrease the sensitivity of the joint equilibrium with respect to the actuation variables, a desirable property when trying to achieve a finer control over joint positioning.
Another benefit of an increase in numbers of an interneuron type could be to provide a finer control over the speed of locomotion, as seen for the control of swimming speed in larval zebrafish (McLean et al., 2008) in which the increase in speed involves the recruitment of new interneurons and the repression of interneurons active at the slower speed.
A 1D nanoarray electrode consisting of CuO nonowires core and CoFe-layered double hydroxide (CoFe-LDH) nanoplatelets shell supported on a copper wire is prepared with fine control over the structure/morphology, which displays a largely improved specific capacitance, high rate capability and long cycling lifespans.
How an endosomal protein can impose fine control over signaling, thereby maintaining the delicate balance between pluripotent and differentiated states, has been an intriguing puzzle.
Such an approach would allow for fine control over the combinations of genetic variants, avoiding potentially confounding effects from the variety of genetic backgrounds inherent in studying a large population of different individuals.
