Sentence examples for utilization that can be from inspiring English sources

Remarks 2. The maximum system utilization that can be supported is constrained by the deadline requirement and the travel costs between the headquarter and the disaster area.

It would also be useful to both emergency physicians and infectious disease specialists to determine if preventable factors are associated with ED utilization that can be addressed in the outpatient setting.

These data are available for large and well defined populations, and depending on the database used, can provide detailed information on individual service utilization that can be aggregated by service type and episode.

This has resulted in the development of risk profiles of future health care utilization that can be used to provide information on the predictors and probabilities of the types of health care.

We see this as an important contribution because, as we discuss more in details in Section 6, it allows constructing meaningful indicators of the degree of skill under-utilization or over-utilization that can be associated with over- and under-skilling.

Any utilization data that can be georeferenced, separating utilization into source and destination locations, and can be converted to CI values is appropriate.

The resulted network structures are used as a blue print for different scenarios of integrated biomass utilization systems that can be evaluated in comparison to the reference scenario.

These findings are summarized in a map of utilization and polarization that can be used to select adequate flow rate for a given tank size.

The framework also allows for the utilization of any MS formulation that can be algebraically expressed in terms of a restriction and a prolongation operator.

These results demonstrate a possible facile and generic process to synthesize oxides with ordered nanostructures by utilization of the various phases that can be obtained with lyotropic liquid crystalline templates such as cubic, hexagonal, lamellar, etc.

The spontaneous propensity of both organic and colloidal nanoparticles to be captured by the cells of the reticuloendothelial system encouraged their utilization as passive targeting systems that can be preferentially directed to innate immune cells, such as macrophages, dendritic cells and neutrophils.