It is impossible to compare care or health outcomes across different types of practice models unless the key differences between the models can be identified and categorized consistently.
For PM10, more significant differences between the models are observed, especially between models with different spatial resolutions.
Comparing different side-to-side sonic toothbrushes among each other shows significant differences between the models ranging from 9 to 80%% [ 4].
Comparisons of the different mixture models, including different traits, through their ability to predict growth, showed small and inconsistent differences between the models.
Viewed together, the differences between the models become much clearer.
But the biggest differences between the models are in the engine, transmission and suspension.
In general, the differences between the models appear to be small, particularly among the models driven by natural history assumptions.
Radon is also simulated and used to reduce the impact of transport differences between the models and observations.
The main reasons of the differences between the models are discussed.
The principal differences between the models are mesh size, network connectivity, matrix diffusion and anisotropy.
The differences between the models are rigorously discussed in this paper.
