The phrase "application is large" is correct and usable in written English.
It can be used when describing the size or scale of a software application, typically in a technical or business context.
Example: "The application is large, which may lead to longer loading times and increased resource consumption."
Alternatives: "the application is extensive" or "the application is sizable."
However, an exhaustive enumeration might not be feasible if the number of applications, the number of resource allocation intervals, and the number of tiers within each application are large.
The range of applications is large and the mathematical techniques diverse, including dynamical systems, partial differential equations, stochastic dynamics, fluid dynamics, geometry, topology, and algebra.
Generally, the scale of soil geometry, for most practical applications is large and, therefore, the microscopic properties could be averaged and the soil could be simulated as a continuum.
The estimated coefficients for SSDI application and receipt are larger and more significant than those for SSI, and estimates for application are larger and more significant than those for receipt.
One particularly interesting application are large-scale observations, where the lensing masses are spread out over a significant fraction of the observable universe, and can be used to obtain information about the large-scale properties and evolution of our cosmos.
However, the range of applications is larger since it includes all civil and military applications related to safety of components, or more generally of construction elements being loaded by impacts or explosions.
However, since WMSN applications are large-scale, dynamic and highly concurrent, how to achieve both effective multimedia device resource management and collaborative task scheduling simultaneously becomes a serious problem.
However, if the estimated error rates in other applications were larger, it might be wise to conduct some sensitivity analysis, varying the estimated error rate by factors of two or more, to examine whether associations identified are robust to misspecification of error rates.
An important application field is large-scale atmospheric transport.
