Sentence examples for based models that can from inspiring English sources

The design and operation of air sparging and soil vapor extraction (AS/SVE) remediation systems remains in large an art due to the absence of reliable physically based models that can utilize the limited available field data.

Electronic medical record (EMR) based models that can be used to predict risk on multiple disease conditions among a wide range of patient demographics early in the hospitalization are needed.

This paper explains the fundamental mechanisms that control the ductility of all RC members and describes a mechanics based model that can simulate these mechanisms.

In that way the relationship between strain and electrical resistance could be evaluated by formulating a physics based model that can be easily contrasted with the experimental characterization of a simple benchmark system.

In the field of pesticide controlled release technology, a computer based model that can predict the delivery of the Active Ingredient (AI) from fabricated units is important for purposes of product design and marketing.

This protocol serves as an evidence based model that can reduce practice variability and set up a more uniform standard of care, especially in developing countries.

The usefulness of these PBPK predictions is critically dependent on having confidence that the PBPK model is not just a set of adjustable parameters but, instead, represents a true "physiologically based model" that can be extrapolated to conditions that are different from those that were used to derive the model parameters.

These are simple but efficient and reliable equation-based models that can be used in superstructure optimization, heat and water integration.

Moreover, as healthcare reform continues to promote evidence-based models that can prevent acute care visits, physician groups and hospitals will likely become more interested in providing risk-reduction programs.

This type of information is also useful for parameterising more detailed process-based models that can be used to simulate changes in productivity under climate change scenarios (Medlyn et al. [2011]; Kirschbaum et al. [2012]).

Development of fundamentals-based models that can describe heat and moisture transport, rapid evaporation and large deformations can help understand the factors affecting the puffing processes and optimize them.