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While both CFG and OSA-s showed Newtonian flow behavior at higher concentrations, both GA and SSPS exhibited obviously shear thinning behavior or thixotropy even at a low concentration of 1 wt%.
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This abnormal behavior at high concentrations may be due to the increased nanoparticle clustering with the increase in concentration of nanoparticles in the base fluid.
Specifically, GO dispersions exhibit Newtonian behavior in intermediate range at low concentration and typical shear thinning behavior at high concentration.
With this model, aggregation alone might not be enough to describe as well the behavior of viscosity at higher concentrations, so in this case, other variables should be taken into account.
One possible explanation for this behavior is that, at higher concentrations, NKX2-5 may sequester MEIS1 in a direct complex that can bind neither site.
Non-Arrhenius behavior is observed for low to moderate salt concentrations, while Arrhenius behavior occurs at high concentrations.
If more is known about them, agency scientists say, researchers will be better able to predict their behavior, especially if they should start turning up at higher concentrations.
At higher concentrations, the dye removal shows a decreasing behavior because of the saturation of the adsorption sites.
At higher concentrations, there is a significant deviation from this behavior and this deviation increases with the increase of δ.
In addition, the flow behavior of the dispersions below 0.4 %w/v was Newtonian but they exhibited a pseudoplastic with shear thinning characteristic at higher concentrations.
At higher concentrations, however, it can become harmful.
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CEO of Professional Science Editing for Scientists @ prosciediting.com