The phrase "artificially large" is correct and usable in written English.
It can be used to describe something that has been made larger than its natural or intended size, often in a context related to data, objects, or effects.
Example: "The study's results were skewed due to the artificially large sample size, which did not accurately represent the population."
Alternatives: "unnaturally large" or "excessively large".
The root cause of China's muddle is its weak-currency policy, which is feeding an artificially large trade surplus.
Most analysts believe that would be justified, since the program makes the annual deficit appear artificially large in some years and artificially low in others.
In numerical simulations, the curvature effect tends to be greatly exaggerated due to an artificially large width of an underresolved wave.
On the basis of an artificially large exposure to arthroconidia that may occur as a result of a laboratory accident, a conservative approach of close observation and early treatment of exposed staff is discussed.
In order to represent the VLE data for solutions with nitrate salts at high concentrations, it is necessary to introduce concentration-dependent ion-solvent interaction parameters and to use artificially large volume and surface area parameters for the cations.
When the material points are in the far sides of the cells containing the node, typically happening near material interfaces, the node mass can be very small leading to artificially large acceleration and then numerical instability.
Orifice plates with large blockage ratios (BR = 0.691, 0.826, 0.923 and 0.962) are placed in the entrance of the detonation transmission to investigate the artificially large-scale perturbations on the detonation propagation mechanism.
We compared mate search ability of these artificially selected large- and small-brained males in a maze and found that large-brained males were faster at learning to find a female in a maze.
Thus, we are treated to chapters on how to artificially inseminate large, aggressive animals (with care) and the dangers of ecotourism.
In this study, the computation of the probability is based on the use of the Monte Carlo simulation (MCS) technique (Melchers 1999), which involves sampling at random to simulate artificially a large number of experiments and to interpret the result.
Within high-density marker regions, PennCNV tends to artificially split large CNVs into smaller segments.
