We have investigated the role played by the atomic structure and reactivity of the supporting
Ag (111) and Cu (111) surfaces on the formation of 2D metal–organic networks (2D-MONs) …

Supramolecular coordination self-assembly on the solid surface offers great possibilities for
creating nanostructures and thin films with unique physicochemical properties. In this work …

The on-surface synthesis of organic polymers has been recently recognized as a useful
method to create low-dimensional covalently bonded structures with tailorable topology and …

The self-assembly of 2D metal–organic networks comprising 1, 3, 5-tris (pyridyl) benzene
(TPyB) molecules and copper atoms on the oxygen-terminated titanium carbide MXene …

An off-lattice model of self-assembling surface-confined metal–organic nanostructures
(SMONs) comprising tripod molecules has been developed. The model considers the …

In this theoretical work, we study the influence of the concentration and type of randomly
distributed point defects on crystalline solid surfaces on the possibility of self-assembly and …

The self-assembly of a hydrogen bond “donor–acceptor” system with fluorinated pyridyl
groups is considered to study the emergence of different ordered structures bonded by weak …

A simple lattice model of metal–organic adsorption layers self-assembling on a Au (111)
surface and based on pyridyl-substituted porphyrins differing in the number of functional …

We present to the scientific community the Surface Science Modeling and Simulation Toolkit
(SuSMoST), which includes a number of utilities and implementations of statistical physics …

We propose a generalized lattice model that enables prediction of the phase behavior and
thermal stability of surface-confined metal–organic layers consisting of molecules with …