The phrase "application of a system" is correct and usable in written English.
It can be used when discussing how a particular system is implemented or utilized in a specific context or scenario.
Example: "The application of a system for data management has significantly improved our workflow efficiency."
Alternatives: "implementation of a system" or "utilization of a system".
The possibility of the application of a system of transient-state methods, based on numerical experiments (computer simulation of real experimental situations) in the case of transport with first- and second-order chemical reactions has been shown.
As a novel feature, the work includes the application of a system to capture carbon dioxide, a gas that makes a significant contribution to the so-called 'greenhouse effect', the main cause of global warming.
In this paper, the architecture and the application of a system designed for the assessment of the distribution of dynamic wildland fire risk over the whole Italian territory are presented.
This paper charts the design and application of a system to support 11 14 year old students' learning of algebraic generalisation, presenting students with the means to develop their understanding of the meaning of generality, see its power for mathematics and develop algebraic ways of thinking.
To elucidate our results, we present two examples together with an application of a system of integral equations.
In the case of organized human aggregates, it is indeed the collective need of security, of acting sine cura as regards the dangers and risks of uncontrolled violence, that expresses the fundamental condition from which the essence itself of politics comes down, namely the application of a system of government capable of imposing rules erga omnes and possible sanctions for those who break them.
The study involves the simultaneous application of a system-analysis code, in our case a version of RELAP5, a computational fluid dynamics (CFD) tool (CFX-4), and a structural analysis code (ABAQUS).
Application of a systems biology approach uncovered a shift in energy metabolism by rosiglitazone that may impact cardiac pathological hypertrophy.
Crucial to this vision is the application of a systems approach that fully integrates exposure and toxicity information in a holistic framework for improved public health decision making.
Here, application of a systems biology-derived algorithm of bioinformatic dissection identified discrete gene ontology remodeling effects ascribed to either chaperone or calcium binding regions of CALR.
The availability of complete genomic sequence information in the mouse has made the application of a systems approach feasible using global gene expression analysis.
