This relationship was explained in terms of chain mobility.
In the latter case, the unusual chemical shift was explained in terms of a peri effect.
This was explained in terms of an implantation of Si atoms.
The deactivation was explained in terms of coke deposition at the catalyst surface.
This was explained in terms of triple-flame propagation and flame-front propagation.
This effect was explained in terms of the metal oxidation state, as shown by XPS.
The relationship between grain size and GdO1.5 content was explained in terms of lattice matching.
The selectivity difference was explained in terms of active site isolation and product desorption effects.
The difference was explained in terms of biofilm structure, electrochemical kinetics and redox charge content of the biofilms.
The shape-dependent activity was explained in terms of the percent of active facets in the NPs.
The evolution of the surface morphology was explained in terms of liquid phase material displacement, vaporization and plasma shielding.
