The phrase "application of the degree" is correct and usable in written English.
It can be used when discussing how a specific degree or qualification is utilized in a practical context, such as in a job or field of study.
Example: "The application of the degree in environmental science has led to significant advancements in sustainable practices."
Alternatives: "use of the degree" or "utilization of the degree".
The results from the construction of annual streamflow network based on daily streamflow data and application of the degree centrality, clustering coefficient, and degree distribution methods to such a network are useful and interesting in several ways.
With a strong singularity, the energy near the origin becomes infinity and this fact is helpful for obtaining the a priori bounds needed for a classical application of the degree theory.
The likely reason may be that with a weak singularity, the energy near the origin becomes finite, and this fact is not helpful for obtaining the a priori bound needed for a classical application of the degree theory, and also is not helpful for the fast rotation needed in recent versions of the Poincaré-Birkhoff theorem.
With a strong singularity, the energy near the origin becomes infinite and this fact is helpful for obtaining either a priori bounds, which are needed for a classical application of the degree theory, or the fast rotation, which is needed in recent versions of the Poincaré-Birkhoff theorem.
Here we remark that the application of the degree method to deal with the existence and uniqueness and to find conditions for Hyers-Ulam stability to a coupled system of FDEs with p-Laplacian operator (1.1) has not been investigated to the best of our knowledge.
Because of the widespread application of the degree of consolidation in terms of effective stress based on Terzaghi's theory in real preload projects, the analytical solution for the surcharge preload period subject to creep is derived through the combination of Yin Graham's model and Terzaghi's theory for consolidation.
This conclusion is confirmed and quantified by application of the adiabaticity degree parameter p in ref (197), since p = 1/80 for phenoxyl/phenol and 4 for the benzyl/toluene system (see also the potential energy curves in Figures 22a,b).
In order to present a better understanding of the 360-degree approach, the application of the 360-degree approach to a real-world case study is presented.
The application of the two-degree-of-freedom (2DOF) control to the electrodynamic multi-axis shaking system that is not permitted to employ the iteration control method is presented.
In light of its application, the degree of model complexity is determined by available information and the specific question that needs to be addressed, resulting in a continuum of models ranging from empirical to fully mechanistic models, with often a mixed "middle out" approach.
The focus on this application is the degree of consistency of the safety impacts obtained from the two calibrated safety models rather than on the variable speed limit sign system itself.
