Sentence examples for a connectivity table from inspiring English sources

The boxes within a connectivity table generated in this way represent all possible H/A combinations.

This information is stored and organized in each node, so as to build a connectivity table which determines the best paths to disseminate messages.

Interestingly, different reference sets showed a large variation in the average degree of connectivity (Table 3).

The number of H-bonds formed by an individual molecule can be deduced from this connectivity table but not the number of neighbours involved in these interactions or the type of the resulting net. Figure 7 shows an alternative version of the connectivity tables of Figure 2, in which symmetry elements are replaced by symbols for handedness relations.

However it is not possible to draw conclusions about the topology type of an HBS solely from the information contained in its connectivity table.

From the connectivity table (Figure 2) and topology graph (Figure 3d) it can be seen that the A and B molecules display the same H-bond connectivity.

Wang and Case applied a recursive algorithm to assign bond types using the atom symbols and bond connectivity table as input.

It looks for the optimum connectivity table (among the truss nodes) and optimal cross-sectional areas for its members subject to design constraints.

The alternative connectivity table for Stz-IV contains exclusively plus symbols, indicating that its HBS consists of homochiral molecules.

First, three different description methods for HBSs (graphical representation, symbolic representation and connectivity table) will be described.

Neither the imido N atom A1 nor the sulfonyl site A3 are used, while the sulfonyl site A2 is employed in two H-bonds, as can be seen from the connectivity table in Figure 2. Figure 2 Connectivity tables for the D − H∙∙∙A interactions in polymorphic forms of sulfathiazole (Stz) and sulfapyridine (Spn).