Metal–organic coordination structures are materials comprising reticular metal centers and
organic linkers in which the two constituents bind with each other via metal–ligand …

In addition to the choices of metal atoms/molecular linkers and surfaces, several crucial
parameters, including surface temperature, molecular stoichiometric ratio, electrical …

Structural transformations of supramolecular systems triggered by external stimuli maintain
great potential for application in the fabrication of molecular storage devices. Using …

On-surface Ullmann coupling has been intensely utilized for the tailor-made fabrication of
conjugated frameworks towards molecular electronics, however, reaction mechanisms are …

This study is focused on nanocrystalline cellulose (NCC) flakes for methylene blue (MB)
removal via adsorption. NCC flakes exhibit a high adsorption capacity (188.7 mg/g fixed at …

We report the formation of one-and two-dimensional metal–organic coordination structures
from para-hexaphenyl-dicarbonitrile (NC–Ph6–CN) molecules and Cu atoms on graphene …

The engineering of nanoarchitectures to achieve tailored properties relevant for
macroscopic devices is a key motivation of organometallic surface science. To this end …

Here we explore the accuracy of Stefan equation and broken-bond model semiempirical
approaches to obtain surface energies on transition metals. Cohesive factors are accounted …

The structural transformation of supramolecular nanostructures with constitutional diversity
and adaptability by dynamic coordination chemistry would be of fundamental importance for …

C–C coupling based on C–H activation is a generic and clean avenue to prepare carbon-
based nanomaterials. The emerging on-surface synthesis offers an unprecedented …