Two factors were considered to explain the discrepancy.
Two competing effects are considered to explain these trends.
The intrinsic reaction kinetics, particle diffusion and film diffusion had to be considered to explain this triphase reaction behavior.
Results were discussed and percolation theory was considered to explain abrupt changes in the observed flow properties.
The relations between the parameters determined chemically and electrochemically are considered to explain the mechanism of intercalation.
To conduct a comprehensive analysis, two test systems (2-AREA and 5-AREA) are considered to explain the variation of design performance with increase in system size.
Two hypotheses can be considered to explain these morph-specific differences: a pollen transfer asymmetry, and a reproductive advantage for the partially self-compatible pin morph.
A detailed analysis of the experimental responses reveals that no more coupled chemical reactions must be considered to explain the obtained data.
In this study, the acoustic softening effect is considered to explain and model the effects of high-frequency normal vibration on surface topography.
In the light of above facts, carbon transferlayer and chemical interaction between the sliding interfaces were considered to explain friction mechanism.
Overall, R. W., Walker, T. L., Fischer, T. J., Brandt, M. D. & Kempermann, G. Different mechanisms must be considered to explain the increase in hippocampal neural precursor cell proliferation by physical activity.
