Sentence examples for with wide applicability from inspiring English sources
The phrase "with wide applicability" is grammatically correct and can be used in written English
It is typically used to describe something that can be applied or used in a variety of situations. Example: The new technology has been praised for its wide applicability in various industries, from healthcare to finance.
Concluding, SEC coupled with MS is a very powerful method with wide applicability, easy automation, and proven results in both fundamental research and screening applications.
Solutions to challenges in moving this code to parallelism serve as lessons with wide applicability and are examined in detail.
The differential operators and Jacobians are represented numerically which is a quite general approach with wide applicability.
The developed sensor provides an effective measure for detecting extremely low concentration of malathion with wide applicability in various fields.
A number of piezoelectric devices with wide applicability in industrial and technological areas, i.e. ultrasonic motors and piezoelectric transformers, are based on piezoelectric resonators.
The key advantages of MS are that it is a sensitive, high-resolution separation technique with wide applicability, and thereby allows the interrogation of transient protein assemblies in the context of complex mixtures.
New research endeavors should focus on creating alternative theories based on new discoveries in human-directed sciences in terms of developing less complicated, computationally elegant, and, more importantly, effective and robust algorithms with wider applicability, irrespective of the application domain.
A process-based predictive model with wider applicability and provision for qualitative insights is also introduced for the prediction purpose.
A general kinetics equation has been derived with wider applicability than the classical Johnson-Mehl kinetics equation.
The global and regional cooperation and extended availability of open access geospatial services is strongly needed for testing and establishing such systems across different forest landscapes, as well as evolving as an approach with wider applicability.
We present an adaptive force calculation approach that can be executed in parallel on a wide range of Graphics Processing Units (GPUs) for interactive haptics-assisted docking with wider applicability to molecular simulations.
