Note that our kinked model represents an extreme case, and the activation barriers of dissociative adsorption of H2O should be somewhat larger than our calculated values but still smaller than those calculated for stepped sites.
Our calculated BP (20/10,000) is similar to those calculated for Emilia-Romagna (18.0), Tuscany (18.6), and Odense (22.2) (Table 6).
As the LCINS distributions have not yet been calculated for these alloys, we modify those calculated for GaNAs alloys and use them in our calculations.
Results are compared with those calculated for fixed-base case.
The results obtained for these catalysts were then compared to those calculated for metallocene catalysts.
The solutions are obtained via continuation from those calculated for the falling film case.
The evolutions are compared to those calculated for the Nernst potentials associated with the radiolytic RedOx couples.
Due to mismatch in the orientations of grains, stress concentrations develop on the grain boundaries leading to higher shear stress ranges than those calculated for an isotropic material.
An overall pseudo-first order kinetic constant has been calculated for phenol conversion and values obtained at basic pH are lower than those calculated for acid pH media.
The corresponding mass transfer coefficients were greater than those calculated for the plug-flow model and could be better correlated with the vapour velocity.
These height and width dimensions are 11 14% smaller than those calculated for the ribosome from a higher eukaryote, wheatgerm (ref 3), but greater than those for the 70S E.coli ribosome (Fig. 1).
