The phrase "application of the functional" is correct and usable in written English.
It can be used in contexts related to the implementation or use of functional concepts, theories, or methods in various fields such as mathematics, programming, or design.
Example: "The application of the functional in this algorithm significantly improves its efficiency and performance."
Alternatives: "utilization of the functional" or "implementation of the functional".
This paper discusses the application of the Functional Quantization approach to the domain of multi-dimensional random functions and the applicability is demonstrated for the case of a 2D non-Gaussian field and a two-dimensional panel with uncertain Young modulus under plane stress.
The period of 1945 to 1975 represented the most successful period for the application of the functional approach, when a broad consensus about the theories of John Maynard Keynes on the provision of international public goods in sectors prone to market failure prevailed.
As an application of the functional integral representations energy comparison inequalities are derived.
Microspheres were also formed, which showed the potential application of the functional polymers as micro-carriers.
Definitions and an introduction and application of the functional safety in process control are discussed in this chapter.
In this paper an application of the functional decomposition based method to LUT blocks optimisation and mapping has been investigated.
The paper is organized as follows: the details of sample preparation and microwave (MW) measurements are given in the 'Methods.' Experimental data together with their physical interpretation are collected in the 'Results and discussion.' The 'Conclusion' summarizes the main results as well as some important possible applications of the functional properties of PyC films.
The development of microarray applications for the functional characterization of proteins of unknown or unproven function continues to be a major challenge [ 15- 18].
This type of approach should help to better define the clinical application of these functional hemodynamic parameters.
For binary Ni Ti, we combine differential scanning calorimetry experiments with insight gained through the application of the density functional theory (DFT) to show that heats of transformation ΔH decrease as Ni concentrations increase from 50.0 to 51.2 at.%.
