The phrase "allow for a more precise" is correct and usable in written English.
You can use it when discussing the benefits of a method or approach that enhances accuracy or specificity.
Example: "The new software update will allow for a more precise analysis of the data collected."
Alternatives: "enable a more accurate" or "facilitate a more exact".
The study of diverse criteria may allow for a more precise assessment of the causes of differences in conservation status among populations of a single species.
For many tissue engineering applications biomimetic or bioactive polymers would allow for a more precise control of cell behavior in growing tissues than has so far been possible.
Communication among contributors should also allow for a more precise and nuanced account of the particular thematics-many of which were of intense interest across disciplines in the period-than would be possible for any one scholar working in isolation.
This quantification of the surface geometry and fluorescence distribution allow for a more precise measure of 3D cell shape and is a useful tool for measuring protein localization and the mechanisms of bacterial shape control.
Moreover, multiple measurements of ventricular performance during hemodynamic manipulations in the catheterization laboratory or operating room would allow for a more precise estimation of left ventricular performance.
Smartphones, spreadsheets and demographic data allow for a more precise targeting of campaigning efforts, giving proponents more bang for their buck.
Compartmentalisation allows for a more precise distinction between the function and necessity of isozymes which are present in multiple compartments.
This more rapidly separates the signal from the inherent noise within the data, and allows for a more precise determination of the eclipse phase (τE).
(b) Adding a Mach Zehnder interferometer to interfere the bright and dark ports allows for a more precise measurement of the leakage into the dark port.
This combined approach identified where environmental loads were generated and tracked environmental loads throughout the system, allowing for a more precise understanding of operational activities.
The proposed theoretical model combined with the concepts of the slab method and a finite difference solution, provides with a valuable design tool allowing for a more precise evaluation of the process loading and the shape changes of the porous billets obtained during upsetting.
