Interaction Modes in Pressure-Induced Molecular Nanoarchitectonics of the Alkylated Azobenzene Monolayer: Interfacial Analyses and Molecular Dynamic Simulation
Beyond explaining scientific curiosity, molecular self-assembly is an essential tool for the
controlled fabrication of nanoscale devices with the desired functionalities. Molecules …
controlled fabrication of nanoscale devices with the desired functionalities. Molecules …
Quantifying Hydrogen-Bonding Interactions in the Self-Assembly of Photoresponsive Azobenzene Amphiphiles at the Air–Water Interface
Amphiphilic azobenzene molecules offer ample scope to design functional supramolecular
systems in an aqueous medium that can be controlled by light. Despite their widespread …
systems in an aqueous medium that can be controlled by light. Despite their widespread …
Unraveling the Surface Activity of Ethanol–Water Mixtures through Experiments and Molecular Dynamics Simulations
Ethanol's complete miscibility in water makes it a widely used solvent in various
applications, such as organic compound synthesis, paint manufacture, chromatography, and …
applications, such as organic compound synthesis, paint manufacture, chromatography, and …
Assembly of large-area helical nanowire and nanosphere superstructures by PS-b-P2VP/S-mandelic acid via interfacial nanoarchitectonics
H Zhang, X Yang, X Cui, H Wang, A Song… - Journal of Molecular …, 2024 - Elsevier
Chiral supramolecules have attracted great research interest due to their unique properties
and functions. How to assemble them into the ordered superstructures, however, remains a …
and functions. How to assemble them into the ordered superstructures, however, remains a …
DNA-mediated molecular assembly of a triphenylene–surfactant complex monolayer
Bottom-up DNA-guided molecular assembly is a technique of choice in modern organic
device engineering. DNA, being a polyelectrolyte, is capable of mediating electrostatic …
device engineering. DNA, being a polyelectrolyte, is capable of mediating electrostatic …