The phrase "allows for tuning" is correct and usable in written English.
It can be used in contexts where you want to indicate that something provides the opportunity or capability to adjust or modify settings or parameters.
Example: "The software update allows for tuning the performance settings to better suit user preferences."
Alternatives: "enables adjustments" or "permits customization."
This model introduces a parameter, e, that allows for tuning the level of fractality in the network.
Based on the D-partition method and FOPDT (First Order plus Dead Time) process approximation, a software tool is designed that allows for tuning subject to phase and gain margins.
The microencapsulation approach described here is compatible with difficult-to-culture primary epithelial cells, allows for tuning gel mechanical properties and diffusivity, and may be used in the future for high density suspension cell cultures.
The results indicate that our electrochemical growth method allows for tuning both the composition and crystalline structure of each individual Co-Ni segment deposited from a single electrolyte.
The employed single-bath electrochemical nanowire growth method allows for tuning both the composition and crystalline structure of each individual Co-Ni segment.
The utility of halogen atoms in directing the self-assembly of functional dye molecules is naturally by no means limited to promoting triplet emission; halogen-bond-based stilbene-containing cocrystal design allows for tuning fluorescence in the solid state, and supramolecular stacking of fluorescent squaraine dyes, driven by dispersive halogen arene interactions, was reported last year.
It provides a single parameter, allowing for tuning behavior to achieve effects ranging from avoiding topological combination, through merging only during overlap, to merging at a distance.
The growth of such suboxides can be controlled through their flame spray synthesis conditions allowing for tuning the light absorption intensity in the visible spectrum.
The processing of the structures (extrusion vs. freeze-drying) greatly influenced release properties, explained by the specific interactions between gelatin and polyphenols, thus allowing for tuning the processing conditions depending on the desired target application.
The different treatments allow for tuning the response of carbon nanotubes and it is found that combining the responses of two sensors (i.e., one decorated with iron oxide and the other treated in an oxygen plasma) enables discriminating the aromatic hydrocarbons from the other VOCs tested.
We also envision the influence of 3D printing of polymers and ceramics to play a role in advancing microfluidics, as layering and interfacing of numerous materials is possible, thus allowing for tuned substrate characteristics.
