The extent of removal of a pollutant depends on equilibrium and kinetics, both of which are controlled by experimental conditions.
The properties of the blends could be controlled by manipulating experimental conditions, such as soaking time, pressure and styrene concentration.
To confirm the reliability of the interactions in Table 4, we tried to find, for each gene pair, the switching mechanism in expression which can be controlled by some experimental condition of gene expression.
The morphology of nanoparticle films could be controlled by systematic variation of the experimental parameters.
It was demonstrated that for given combustion properties of the energetic material the kind of flame dynamics observed in the composite sample can be controlled by an appropriate choice of the experimental parameters such as the thickness of the fuel annulus deposited or the diameter of the heat conductive core.
Furthermore, from integration of the respective j-t plots of each of these contributions it was possible to note that the amount of charge of each process depends of the deposition time and the applied potential and can be controlled by a suitable selection of these experimental variables.
Performance in the finger-thumb opposition sequence was controlled by the experimental procedure and actually did not display any difference between hands that could explain these results.
This contrasts markedly with previous work on the evolution of cooperation, in which dispersal between environmental patches or transmission between hosts is controlled by the experimenter and experimental hosts are essentially treated as rather advanced test tubes.
The inter-assay variability was controlled by standardizing the experimental values on the reference IgG and IgA curves; the reference values were compared in each ELISA plate.
