The phrase "ability to be applied" is correct and usable in written English.
It can be used when discussing the potential or capacity of a concept, skill, or method to be utilized in practical situations.
Example: "The ability to be applied in real-world scenarios is crucial for any theoretical framework."
Alternatives: "capacity for application" or "potential for use".
These results demonstrate the potential of the MOPUS model and its ability to be applied to a wide range of catchment scales, including large riverine systems.
BSPV system has the ability to be applied in different areas, including warning signals, lighting, refrigeration, communication, residential water pumping, remote sensing, and cathodic protection.
The results obtained highlight the good performance of the system and its ability to be applied for oil spill forecasts in the region.
The elliptical analysis is primarily an empirical fit, much strengthened by its ability to be applied to all observed types of SAS patterns and by its relevance to the mechanical behavior of polymers.
Hence, the proposed techniques can significantly improve and have a great potential of replacing the conventional method of jar test due to its advantages; quick responsive tools, economical operating cost and its ability to be applied in real time process.
Both methods were more sensitive for positively and differentially identifying the presence of Cardicola spp. than either histological or heart-flush microscopy techniques previously employed, and also possess the ability to be applied in non-lethal blood sampling of these highly valued fish.
The seemingly fortuitous ability of TMS to be applied rhythmically to match natural oscillations of various frequencies means a variety of questions are ready to be answered using this approach.
Chan, W. F., Perez-Diez, A., Razavy, H. & Anderson, C. C. The ability of natural tolerance to be applied to allogeneic tissue: determinants and limits.
The ability of the paradigm to be applied to arbitrary geometric domains is an important feature of the algorithm.
Performance of the biointerface is verified using surface plasmon resonance (SPR), demonstrating the ability of the biointerface to be applied across platforms.
The ability of these models to be applied on coating development was demonstrated applying the prediction criteria to study the effect of coating thickness and the coating intrinsic specific wear rate.
