Sentence examples for weak supramolecular network from inspiring English sources

This finding further substantiates the claim that, over time, weak supramolecular network in G⊃ACN gel has become more rigid (higher G, see Figure S25 in the Supporting Information) and thus mechanically strengthened against further shear-induced deformation, as it evolves into VE⊃ACN, constituting a vastly interwoven microstructure.

Structural analyses reveal that complex 1 possesses infinite one-dimensional zigzag chain, 2 exhibits a two-dimensional (4,4) network, both of which are extended into three-dimensional supramolecular network by weak interactions.

Complex 3 is a 1D ladder-like double-chain polymer constructed from Ag cyanide linear chains and btmb spacer, which is further extended to a 2D supramolecular network by Ag Ag weak interaction.

The meridional arrangements of three N atoms of the tridentate chelator and three N−3 in cobalt III) center that construct a 3D supramolecular network through N H…N hydrogen bonding and weak π…π interaction.

Extended 3D supramolecular network architectures are further constructed through the weak secondary interactions: aromatic stacking, halogen bonding and hydrogen bonding.

Compound 1 displays a 3D supramolecular network, which is built from cationic Ag pyz chains and anionic [(H2btc n·2H2O]− layers through the weak Ag⋯O interaction.

Turning to G⊃ACN, the linear molecular structure of acetonitrile (ACN) means that, not only its associated geometrical constraints should be weaker, but also it offers opportunity for coordination to the Cu II) centers to further stabilize the overall supramolecular network assembly.

These synthons combine to form a supramolecular network.

The concepts takes advantage of additional supramolecular network formation due to supramolecular cluster formation.

Figure 13 (a) Formation of chain by π-π and C-H…π interactions (b) supramolecular network in (11b).

These arrays are connected via a pair of C-H...O hydrogen bonds involving centrosymmetrically paired sulfosalicylates (B molecule) to form a supramolecular network (Figure 5).