Sentence examples for most conceptual models from inspiring English sources

Indeed, most conceptual models and theories of SDM are essentially focused on the process by which decisions are made within a specific clinical encounter that is when one health practitioner meets with a specific patient.

Although many diagnostic and therapeutic processes in primary care integrate more than one type of health professional, most SDM conceptual models and theories appear to be limited to the patient-physician dyad.

The objective of this contribution is to identify the most appropriate conceptual model for describing small-scale heterogeneity effects on flow on the basis of the physical structure of the system.

Understanding the advantages and limits associated with the study of plutonic and volcanic rocks is essential to establish precise methodological approaches to build the most complete conceptual model by merging information from these two complementary igneous environments.

The experimental data were compared with the proposed most suitable conceptual model to estimate the parameters of the model and to analyse and predict the effects of changes in number of kneading discs and their stagger angle, screw speed and powder feed rate on residence time.

Figure 2a represents the final, most parsimonious conceptual model.

The most cited conceptual model of arsenic methylation involves the reduction of pentavalent iAs (iAsV) to trivalent iAs (iAsIII), with subsequent methylation (Drobna et al. 2009).

Consensus emerged about the optimal capabilities and preparation of a UNC Charlotte MSPH graduate, the most appropriate conceptual model for organizing and depicting the competences and the type of student the programme should target [ 38].

Research on the structures of theoretical explanation [ 62], suggests that the most robust and efficient conceptual models tend to focus on a relatively small set of strong primary assumptions about the dynamics of behavior within systems.

For steady-state moisture flow, most of the numerical and conceptual models provide similar results for saturation and fracture flow profiles.

The findings point to the need for improved understanding of the coupling between the key transport-reaction feedbacks to determine which conceptual models are most suitable and to provide guidance for which parameters should be targeted in field and laboratory investigations.