Two flexible multivalent molecular units are employed to self-assemble highly regular supramolecular porous networks at the solid/liquid interface. Scanning tunnelling microscopy imaging corroborated with molecular dynamics simulations make it possible to elucidate the conformational freedom behind the binding motif, which identify the architecture as a highly regular soft network
The self-assembly of multicomponent networks at the liquid–solid interface between Au(111) or highly...
We use the electric field in a scanning tunneling microscope to manipulate the transition between op...
The liquid/solid interface provides an ideal environment to investigate self-assembly phenomena, and...
The objective of this work is to study both the dynamics and mechanisms of guest incorporation into ...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
We study the formation of four supramolecular bicomponent networks based on four linear modules (lin...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
The self-assembly of multicomponent networks at the liquid-solid interface between Au(111) or highly...
With scanning tunneling microscopy (STM), the intramol. conformational and intermol. ordering aspect...
We review recent new avenues for controlling two-dimensional (2D) self-assembly stabilized by non-co...
Discrete and multicomponent nanoscale noncovalent assemblies on surfaces featuring polygonal porous ...
The formation of 2D surface-confined supramolecular porous networks is scientifically and technologi...
The self-assembly of multicomponent networks at the liquid–solid interface between Au(111) or highly...
We use the electric field in a scanning tunneling microscope to manipulate the transition between op...
The liquid/solid interface provides an ideal environment to investigate self-assembly phenomena, and...
The objective of this work is to study both the dynamics and mechanisms of guest incorporation into ...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
We study the formation of four supramolecular bicomponent networks based on four linear modules (lin...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
Tailoring the architecture of porous two-dimensional networks formed by molecules is essential for d...
The self-assembly of multicomponent networks at the liquid-solid interface between Au(111) or highly...
With scanning tunneling microscopy (STM), the intramol. conformational and intermol. ordering aspect...
We review recent new avenues for controlling two-dimensional (2D) self-assembly stabilized by non-co...
Discrete and multicomponent nanoscale noncovalent assemblies on surfaces featuring polygonal porous ...
The formation of 2D surface-confined supramolecular porous networks is scientifically and technologi...
The self-assembly of multicomponent networks at the liquid–solid interface between Au(111) or highly...
We use the electric field in a scanning tunneling microscope to manipulate the transition between op...
The liquid/solid interface provides an ideal environment to investigate self-assembly phenomena, and...