Sentence examples for generically applicable from inspiring English sources

The absorption cycle models presented not only allow investigation into the benefits of using absorption chillers for waste heat utilization in the oil and gas industry, but are also generically applicable to a wide range of other applications.

It discusses the generically applicable results.

By adhering to the Internet and multimedia standards, our system is generically applicable to various media streaming systems.

In this work we apply the numerical analysis strategy to a single receiver configuration, but the framework can be generically applicable to alternative enclosed designs.

The MDST is a generically applicable tool (Andersson-Sköld et al. 2014a).

Therefore, one generically applicable interventional technique is ablative peripheral nerve block due to its persistence, as well as selectivity, minimal invasiveness, and convenience.

A theoretical visualization model that is suitable for a guideline based engineering approach as well as generically and widely applicable to visualization and its subfields is developed in this work.

Our experience in working with local key opinion leaders and policy makers in China emphasises the importance of performing detailed evaluations of the viable alternative strategies taken in the context of local practices, feasible methods of screening organisation, and clinically acceptable options; rather than generically applying strategies that may be applicable in other settings.

To the best of our knowledge at the time of writing there is no immediately applicable model or system that could be generically applied to all types of ELN irrespective of vendor or discipline.

In addition, it is shown that Morse theory is applicable because multiplane time-delay maps Ty generically satisfy the Morse boundary conditions relative to D. All results obtained depend only on the topological properties induced in the lens planes by the deflector potentials and the behavior of grad Ty at boundary points of D. © 1995 American Institute of Physics.

These computational tools have been shown to be applicable in providing fast function approximations, in identifying causality in numerical data, and in the solution of generically difficult design optimization problems characterized by nonconvexities in the design space and the presence of discrete and integer design variables.