Analysis shows that the outer tube acts as a container for the self-assembly process, analogous to previous simulations and experiments in which free surfaces, either external or internal, template the formation of highly ordered sp2 phases.
Overall, these binuclear Pt (II) complexes are promising group of the non-classical potential anticancer agents which can be considered as molecular templates in designing of highly efficient platinum anticancer drugs.
Our data provide structural details for structure-based drug design and a useful template for the design of highly selective inhibitors of a specific subtype of VGSCs.
In conclusion, we further demonstrated that 1,3,5-triazine scaffold serves as a suitable template for the design of highly potent CB2R agonists with reasonable water solubility properties.
In particular, the self-assembled local structures of ILs can effectively serve as templates for highly organized nanostructures.
AAO membranes (composed of AAO with a thin layer of Al metal) with various pore sizes and lengths were used as templates for the fabrication of highly ordered nanostructures of different shapes.
In this work, we present our results on the use of NIL-guided AAO templates for the fabrication of highly regular and dense epitaxial silicon nanowire arrays grown perpendicularly to <100> silicon substrates and on surfaces as large as 4 cm2.
The peculiar characteristics of hard anodic aluminum oxide (H-AAO) membranes, mainly the low processing time, large interpore distances, and a broad window of self-ordering conditions, have demonstrated at the same time to be advantageous for their use as templates in the fabrication of highly ordered nanowire arrays [10].
In addition to the hard template (AAO) for the formation of highly ordered arrays, the PS-b-PEO is employed as the soft template to control the grain size of TiO2.
Additionally, we also demonstrated that the self-assembled local structures of the imidazolium-based ILs can effectively serve as templates for highly organized nanostructures [23].
