Sentence examples for on a theoretical understanding from inspiring English sources

That said, both depend on a theoretical understanding of the way in which informal reasoning works and should be assessed.

The study was based on a theoretical understanding of learning and participation grounded in socio/cultural theories on the importance of context and the social nature of learning.

A comprehensive mathematical model for the decomposition of wood by both the hydrolysis and pyrolysis reaction pathways was developed based on a theoretical understanding of the physical and chemical processes wood undergoes under these conditions and on the results of a series of batch experiments.

The MRC guidance advises that intervention design should be based on a theoretical understanding of how an intervention causes change.

Therefore the scales were not only data-driven, but also founded on a theoretical understanding underpinning the analyses.

While the main purpose of the SEM analysis is to summarize the relations among variables in the study, the model is obviously also based on a theoretical understanding of the relation between PTSD symptoms and quality of life [ 15] and prior research [ 10, 18- 21, 35- 37].

What would make the study more interesting would be if one could either a) choose between the several possible functions on the basis of the data or b) choose between the several possible functions on the basis of a theoretical understanding of what is going on.

The application of an external magnetic field is enabled with two different coil setups covering the ranges of magnetic field strengths required on the one hand for a theoretical understanding of particle interaction and resulting changes in viscosity and on the other hand for values necessary for a potential biomedical application.

There is empirical evidence that these parameters have a significant impact on performance, but a theoretical understanding as well as concrete design guidelines are missing.

A theoretical understanding on its mechanism will be useful to optimize the performance of TiO2 in photocatalytic and other applications.

A resonance energy transfer model based on non-radiative decay provides a theoretical understanding of these observations of fluorescence quenching.