On the grounds of probability, it seems natural that Lukas Moodysson should be due to disappoint.
We speculated that the possible reason should be due to the following aspects.
This decrease in intrinsic activity should be due to a change of the site structure.
This should be due to the effect of the competition between thermal inducement and drawing inducement.
These enhancements in EC performances should be due to our designed hierarchical structures.
One expected reason for this superior yield should be due to the high thermal conductivity of the support.
Because BCAAs are essential amino acids and enhanced biosynthesis of BCAA is unlikely, the increase in BCAAs should be due to a suppression of the degradation (Fig. 3F).
The hardening effects observed during early stages of ageing should be due to the redistribution of atoms such as Fe, Cr, Ni, and/or Al.
The improved electrochemical performance of the products should be due to its special one-dimensional multiwalled tubular structure and the contribution of lithium-ions.
The enhanced catalytic activity and stability should be due to the high resistance to be oxidized for Pt and the suppressed OH adsorption on the Au-decorated Pt surface.
A second potential plateau often obtained in the discharge of pure CuS electrodes in inorganic solvents, should be due to a decomposition of the solvent or of solvent impurities.
