Metal-ligand interactions are used not only to design metallo-supramolecular architectures but also to assemble multiple hydrogen bond sites at the periphery of these architectures. The hydrogen bond sites aggregate the architectures into polymeric arrays with the selection of anion determining whether this is self H-bond aggregation or anion-mediated H-bond aggregation
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Organization of molecules on surfaces is of utmost importance for the construction of functional mat...
The directionality and specificity of hydrogen bonds are invaluable tools in designing complex self-...
Aggregation of metallo-supramolecular architectures through additional coordination is explored by i...
Supramolecular polymers represent a highly interesting approach towards new smart materials. A recen...
729-741In the past two decades the area of supramolecular chemistry has mainly developed in two dire...
The ligands isonicotinamide and nicotinamide are used to form assemblies of dimetal (M2) building un...
Self-assembly of organic molecules represents an efficient and convenient bottom-up approach for the...
(Figure Presented) Supramolecular glue: One-dimensional copper-pyridyl coordination chains on a Cu(1...
Self-assembly yielding supramolecular systems is a relatively new and fascinating area in polymer sc...
Self-assembly is used to describe the process in which a disordered system of pre-existing component...
Unsaturated hydrocarbons (those possessing carbon-carbon multiple bonds) can be linked together to f...
Hydrogen bonding is one of the most useful of the non-covalent interactions. Highly directional and ...
Formation of 24 cooperative hydrogen bonds drives the spontaneous assembly of a rigid bifunctional t...
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Organization of molecules on surfaces is of utmost importance for the construction of functional mat...
The directionality and specificity of hydrogen bonds are invaluable tools in designing complex self-...
Aggregation of metallo-supramolecular architectures through additional coordination is explored by i...
Supramolecular polymers represent a highly interesting approach towards new smart materials. A recen...
729-741In the past two decades the area of supramolecular chemistry has mainly developed in two dire...
The ligands isonicotinamide and nicotinamide are used to form assemblies of dimetal (M2) building un...
Self-assembly of organic molecules represents an efficient and convenient bottom-up approach for the...
(Figure Presented) Supramolecular glue: One-dimensional copper-pyridyl coordination chains on a Cu(1...
Self-assembly yielding supramolecular systems is a relatively new and fascinating area in polymer sc...
Self-assembly is used to describe the process in which a disordered system of pre-existing component...
Unsaturated hydrocarbons (those possessing carbon-carbon multiple bonds) can be linked together to f...
Hydrogen bonding is one of the most useful of the non-covalent interactions. Highly directional and ...
Formation of 24 cooperative hydrogen bonds drives the spontaneous assembly of a rigid bifunctional t...
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Noncovalent interactions play key roles in many natural processes leading to the self-assembly of mo...
Organization of molecules on surfaces is of utmost importance for the construction of functional mat...