The phrase "application of instrumentation" is correct and usable in written English.
It can be used in contexts related to the use or implementation of tools, devices, or techniques in various fields such as engineering, science, or technology.
Example: "The application of instrumentation in the laboratory has significantly improved the accuracy of our measurements."
Alternatives: "use of instrumentation" or "implementation of instrumentation".
In addition, they conduct basic and clinical research, the latter of which may involve application of new instrumentation technologies for diagnosis and treatment of animal diseases.
They are also providing support in the design and application of spinal instrumentation.
Further applications of this instrumentation to multiple ionization electron spectroscopies using electron (2+ and 3+) and photon (2+, 3+ and 4+) impact are discussed.
It presents a practical application of the developed instrumentation system for use in photovoltaic solar facilities.
It is argued that the requirements are affected by the widening global spread of the application of measurement and instrumentation technology, the increasing importance of the metrological perspective of the discipline, the need for education and training at all levels (not only at the advanced scientific level), and the importance of resource limitation.
There is an increasing body of literature on risk factors, diagnosis, and specific intraoperative interventions, including attention to sterility of instrumentation, application of minimally invasive fusion techniques, intraoperative irrigation, and application of topical antibiotics, that hold the most promise for reduction of SSI.
Applications of advanced instrumentations have made it possible to detect chemical-mineral interactions down to molecular level, and to design more effective, environmentally friendly flotation reagents.
Owing to its small size and simplicity of construction, the anemometer is well suited for applications requiring a large number of channels (such as hot-wire rakes) as well as applications requiring the embedding of instrumentation within confined experimental models (such as reduced-scale wind turbine blades).
