The five volcanic episodes recognized in study area can be related to five volcanic facies architecture: compound-braided, tabular-classic, tabular/lobate escoriaceous, dome-field (acidic lavas) and tabular flows (acidic lavas).
Compound 1 possesses a chain-like architecture and compound 2 has a layered structure with a (4,4) grid topology.
Compound 1 generates a 2D supramolecular structure via π π stacking and hydrogen bonding, 3D architecture of compound 2 is formed by hydrogen bonding.
The supramolecular architecture of compound 1, assembled by hydrogen-bond interactions, is described.
Candidate gene and mapping analyses of floral symmetry, sex determination, inflorescence architecture, and compound leaves provide intriguing glimpses into the evolution of morphological adaptations.
This clearly enhances the ability of this ring to form antiparallel stacking interactions that are responsible for the solid state architecture of compound 1.
The architecture is compound, with lobes stacked horizontally and vertically, varying from 1 15 m thick and 2 200 m long, but do also encompass a number of thicker (15 20 m) and more extensive (> 1 km long) lava lobe in the stacks.
The L-CPFA decision by a designer (game-leader) is represented as an upper-level optimization problem for optimal configuration of module instances and architecture of compound modules and product variants from the perspectives of economic and environmental performances.
As with simple leaves, the architecture of compound leaves is defined by spatial/temporal gradients of regulatory gene functions: complexity results from the interplay between leaf differentiation processes and genes maintaining a partial level of indeterminacy in the developing primordium.
Tidal asymmetry, wave intensity, discharge fluctuation that controls the migration of tributary channel, and the antecedent topography of resistant substrate are seen to exert an important control on the stratigraphic architecture of compound dunes and point bars in the intertidal environment.
Crystal structure of Cu 2 5 - TPC 4 methanol 2 Cu 2 5 - TPC 4 AMPY 2 (4) Figure 8 The supramolecular architecture in compound (3).
