The phrase "able to generate large" is correct and usable in written English.
It can be used when discussing the capability of producing significant quantities or sizes of something, often in a technical or analytical context.
Example: "The new software is able to generate large datasets for analysis, which will enhance our research capabilities."
Alternatives: "capable of producing substantial" or "able to create significant".
The company is also able to generate large amounts of revenue from selling green energy credits to other automakers.
As long as the boom lasted, Southern Cross was able to generate large amounts of cash and invest in its homes to make them attractive to local authorities.
Critics fear that the rules will in effect lock in the existing order, with only those clubs able to generate large commercial and matchday income able to compete on a regular basis.
Plants are able to generate large leaf surfaces that act as two-dimensional solar panels with a minimum investment in building material, thanks to a hydrostatic skeleton.
The researchers, led by Hans-Henrik Kristensen and Per H. Mygind, both microbiologists at Novozymes, were able to generate large quantities of plectasin by plugging the gene into a fungal protein expression system.
The steam reforming process, which is the most well-known process able to generate large amounts of hydrogen, is employed to harness hydrogen as well as to integrate the two networks.
The seeded MC3T3-E1 cells were able to generate larger number of microvillar at collagen nanofibrous meshes for their proliferation (Fig. 10b, c) than at seeded on microfibrous meshes of PLGA [64]; hence, no significant proliferation of MC3T3-E1 cells was on microfibrous meshes of PLGA (Fig. 10a).
What we really require are reliable high-throughput screening approaches able to generate large-scale data sets, such as that recently reported by Buus and co-workers [61].
These cells possess the ideal properties of stress response cells in that they are rapidly mobilized in response to acute anemia and are able to generate larger numbers of new erythrocytes much faster than bone marrow steady state erythroid progenitors[2], [3].
Therefore, the system must be able to operate with a large number of different keys or able to generate a large number of keys.
In order to generate large amounts of intracellular NO, new compounds, able to deliver NO in a spatially controllable manner, are needed.
