The phrase "allowing a larger range" is correct and usable in written English.
It can be used when discussing flexibility, options, or variations in a particular context, such as measurements, choices, or capabilities.
Example: "The new software update is designed to enhance user experience by allowing a larger range of customization options."
Alternatives: "permitting a broader scope" or "enabling a wider variety".
This prior is relatively non-informative (allowing a large range of parameter values), while not being so vague that the simplest model is always preferred (Lindley's paradox [ 40]).
Particularly, E. coli K-12 W3110 to be wild type (wt) corresponds to standard strain that can be genetically manipulated allowing a large range of applications, such as: (i) pharmaceutical, recombinants proteins, vaccines, and serums, (ii) genetic medicine, (iii) environmental, biomarkers and pollution-fighting, and (v) energetic, biodiesel, oils, and others.
Pantone claims that when its papers and premium ink are used in tandem, they allow a larger range of color than is possible with standard materials.
The results also showed that the Pt/C catalyst with higher Pt content could allow a larger range of the ratio of the Pt/C catalyst loading to Nafion.
The Supreme Court delivered a blow to opponents of President Donald Trump's travel ban Monday, halting an appeals court decision that would have allowed a larger range of people to enter the country.
However, the effects of these antibodies could be related to their small size, which would allow a larger range of interactions with the inner capsid protein VP6 than conventional antibodies.
The "targeting" procedures of the NSA are broad and allow a large range of internet, data and phone information to be collected if approved.
And Tinker now allows a large range of topics to be tracked semantically, creating a powerful search capability across Twitter.
The methodology adopted allows a large range of variation of the neighborhood, reflecting the local citation network, and partly alleviates the "cross-scale" normalization issue.
Its standard deviation was derived from a non informative distribution which allowed large standard deviation values and thus, the normal distribution could be flat enough to allow a large range of potential values for simulation.
